DESIGNING STRENGTH AND CONDITIONING PROGRAMS CREATE TAILORED STRENGTH
AND CONDITIONING PROGRAMS TO IMPROVE ATHLETIC PERFORMANCE AND REDUCE
INJURY RISK
1. Question: In a 12-week periodized strength training program, an athlete progresses from 60
Solution: 1. Calculate the weight progression:
Week 1: 60Week 12: 85
2. In a periodized program, the goal is to gradually increase the weight lifted over time to allow for
progress while minimizing the risk of injury. The weight progression from 120 lbs to 170 lbs over 12 weeks
aligns with this principle.
Therefore, at the end of the 12-week program, the athlete should be lifting 170 lbs.
Final Numerical Answer: 170 lbs.
2. Question: In a periodized strength training program, an athlete is aiming to increase their 1-rep max in
the bench press. The athlete is currently able to bench press 150 lbs for 1 rep. If they are in the hypertrophy
phase aiming to increase muscle size and endurance, and they are working at 70
Solution: 1. Calculate the weight the athlete should lift for 70Weight = 150 lbs (1-rep max) * 0.70 =
105 lbs
2. The athlete should lift approximately 105 lbs for each set during the hypertrophy phase.
Therefore, the athlete should lift approximately 105 lbs for each set in the hypertrophy phase of their
periodized strength training program.
3. Question: A youth soccer player is following a periodization plan for their strength and conditioning
program. The plan includes a macrocycle with four mesocycles lasting 4 weeks each. If the athlete is
currently in the third mesocycle, how many more weeks are left in the macrocycle before they complete the
entire periodization plan?
Solution: To find the total duration of the macrocycle, we need to multiply the number of mesocycles
by the duration of each mesocycle.
Number of mesocycles in the macrocycle = 4 Duration of each mesocycle = 4 weeks
Total duration of the macrocycle = Number of mesocycles x Duration of each mesocycle Total duration
of the macrocycle = 4 mesocycles x 4 weeks Total duration of the macrocycle = 16 weeks
Since the athlete is currently in the third mesocycle, we need to calculate how many weeks are left in
the macrocycle from the point they are at.
Weeks completed so far = Number of mesocycles completed x Duration of each mesocycle Weeks
completed so far = 2 mesocycles x 4 weeks Weeks completed so far = 8 weeks
Weeks left in the macrocycle = Total duration of the macrocycle - Weeks completed so far Weeks left in
the macrocycle = 16 weeks - 8 weeks Weeks left in the macrocycle = 8 weeks
Therefore, there are 8 more weeks left in the macrocycle for the athlete to complete the entire periodiza-
tion plan.
4. Question: In a periodized strength training program, an athlete is aiming to increase their 1 Repetition
Maximum (1RM) in the deadlift by 10
Solution: 1. Calculate the target 1RM after a 10Target 1RM = Current 1RM + (Current 1RM * Target
1RM = 300 + (300 * 0.10) Target 1RM = 300 + 30 Target 1RM = 330 pounds
2. Calculate the weight for 6 repetitions at 70Weight for 6 Reps = Projected 1RM * Weight for 6 Reps
= 330 * 0.70 Weight for 6 Reps = 231 pounds
Therefore, the athlete should aim to lift 231 pounds for 6 repetitions at the end of their hypertrophy
phase to achieve the desired strength gains.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
5. Question: In order to manage cognitive load effectively in a strength and conditioning program, a
coach decides to reduce the number of different exercises per training session from 10 to 6. If each exercise
is performed for 3 sets, how many total sets will be performed in a training session before and after this
adjustment?
Solution: Before adjustment: Number of exercises = 10 Sets per exercise = 3 Total sets = Number of
exercises x Sets per exercise Total sets = 10 x 3 Total sets = 30 sets
After adjustment: Number of exercises = 6 Sets per exercise = 3 Total sets = Number of exercises x Sets
per exercise Total sets = 6 x 3 Total sets = 18 sets
Therefore, before the adjustment, 30 sets would be performed in a training session, and after the adjust-
ment, 18 sets would be performed.
6. Question: In a traditional linear periodization model, if an athlete is performing bicep curls at 70
Solution: 1. Strength endurance phase: 702. Hypertrophy phase: 853. Maximal strength phase: 90
To calculate the percentage increase from strength endurance phase to maximal strength phase: Percent-
age increase = [(Final intensity - Initial intensity) / Initial intensity] * 100
Substitute the values: Percentage increase = [(90 - 70) / 70] * 100 Percentage increase = [20 / 70] * 100
Percentage increase 28.57
Therefore, the percentage increase in intensity from the strength endurance phase to the maximal strength
phase is approximately 28.57
7. Question: In a periodization model, how many macrocycles typically make up a full training year for
an athlete?
Solution: In a periodization model, a full training year for an athlete is typically divided into 4 macro-
cycles: Preparation, Hypertrophy, Strength, and Peaking. Each macrocycle is designed to focus on specific
training goals and adaptations to optimize athletic performance and reduce injury risk throughout the year.
Therefore, the numerical answer to the question is 4 macrocycles in a full training year.
8. Question: In a periodized strength training program, an athlete is in the hypertrophy phase aiming
to increase muscle size and endurance. If the athlete performs 3 sets of 12 repetitions for the bench press
exercise with a load of 70
Solution: 1. Calculate the 1RM (1-rep max) for the bench press: 1RM = Load / (1.0278 - (0.0278 x
Repetitions)) 1RM = 70 / (1.0278 - (0.0278 x 12)) 1RM = 70 / (1.0278 - 0.3336) 1RM = 70 / 0.6942 1RM
100.84 pounds
2. Calculate the weight for the hypertrophy phase: Weight = 70Weight = 0.70 x 100.84 Weight 70.59
pounds
Therefore, the athlete would be lifting approximately 70.59 pounds for each set of the bench press
exercise during the hypertrophy phase.
9. Question: When designing a strength and conditioning program for a senior athlete (age 60+), what
percentage of their maximum heart rate should be targeted during cardiovascular training to ensure effec-
tiveness and safety?
Solution: For senior athletes (age 60+), the recommended target heart rate during cardiovascular training
is typically between 50Maximum Heart Rate = 220 - Age
Let’s assume we are designing a program for a senior athlete who is 65 years old: Maximum Heart Rate
= 220 - 65 = 155 beats per minute (bpm)
To find the target heart rate range for this athlete during cardiovascular training, we apply the formula:
Target Heart Rate Range = (50
Taking a range from 50
Lower Limit: 50Upper Limit: 70
Therefore, the target heart rate range for a 65-year-old senior athlete during cardiovascular training
should be between 77.5 bpm and 108.5 bpm.
10. Question: In a 12-week periodization plan for a strength and conditioning program, how many
mesocycles would typically be included if following a traditional approach?
Solution: Traditional periodization divides a training plan into macrocycles, mesocycles, and microcy-
cles. A mesocycle is typically 3-6 weeks long. In a 12-week periodization plan, there are typically 2-4
mesocycles.
Therefore, for a 12-week periodization plan: - If each mesocycle is 3 weeks long, then there would be 4
mesocycles. - If each mesocycle is 4 weeks long, then there would be 3 mesocycles. - If each mesocycle is
6 weeks long, then there would be 2 mesocycles.
The numerical answer would be: 2, 3, or 4, depending on the length of each mesocycle.
11. Question: In a 12-week strength and conditioning program utilizing linear periodization, if an athlete
starts with a squat 1-rep max of 200 pounds and adds 5 pounds to their squat max every week during the
program, what will their projected 1-rep max be at the end of the 12 weeks?
Solution: Linear periodization involves progressively increasing the intensity (weight lifted) while de-
creasing the volume (sets and reps) over the course of the program.
Given: - Starting 1-rep max squat weight = 200 pounds - Weekly increase in squat 1-rep max = 5 pounds
- Number of weeks in the program = 12 weeks
To calculate the projected 1-rep max at the end of the 12 weeks, we can use the formula: Projected 1-rep
max = Starting 1-rep max + (Weekly increase x Number of weeks)
Projected 1-rep max = 200 + (5 x 12) Projected 1-rep max = 200 + 60 Projected 1-rep max = 260 pounds
Therefore, the athlete’s projected 1-rep max squat weight at the end of the 12-week linear periodization
program will be 260 pounds.
12. Question: A soccer player is following a periodized strength training program with four mesocycles:
- Hypertrophy (4 weeks) - Strength (6 weeks) - Power (3 weeks) - Peaking (2 weeks)
If the athlete started the program lifting 100lbs in the squat during the Hypertrophy phase and is expected
to increase the load by 5
Solution: 1. In the Strength phase, the athlete should aim to lift 100lbs * 1.05 = 105lbs. 2. In the Power
phase, the athlete should aim to lift 105lbs * 1.05 = 110.25lbs (rounded to 110lbs). 3. In the Peaking phase,
the athlete should aim to lift 110lbs * 1.05 = 115.5lbs (rounded to 116lbs).
Therefore, the athlete should be aiming to lift 116lbs during the Peaking phase of the strength training
program.
13. Question: In a 12-week periodization program aimed at increasing muscle strength, what percentage
of the total training volume should be allocated to the hypertrophy phase?
Solution:
The hypertrophy phase is typically focused on increasing muscle size and is considered a crucial phase
in a periodized strength training program. A common recommendation is to allocate around 60
Therefore, if we have a 12-week periodization program, the calculation would be: Hypertrophy phase =
60
So, approximately 7.2 weeks (or 60
14. Question: In a periodization program, an athlete is in the strength phase and performs 4 sets of 6
reps at 85
Solution: 1. Calculate the weight to be lifted for each set: Weight = 1-rep max * percentage Weight =
200 * 0.85 Weight = 170 pounds
2. Therefore, the athlete should lift 170 pounds for each set during the strength phase.
15. Question: In a functional movement assessment, if an athlete scores 18 out of 21 points, what
percentage of the total possible score did they achieve?
Solution: To calculate the percentage achieved by the athlete, divide the actual score by the total possible
score and multiply by 100.
Percentage Achieved = (Actual Score / Total Possible Score) x 100 Percentage Achieved = (18 / 21) x
100 Percentage Achieved 0.8571 x 100 Percentage Achieved 85.71
Therefore, the athlete achieved approximately 85.71
16. Question: In a 12-week periodization plan for an athlete aiming to increase their squat strength,
what percentage of their one-rep max should they be working at during the first 4 weeks in the hypertrophy
phase?
Solution: 1. Identify the athlete’s current one-rep max (1RM) for the squat, let’s say it is 200 pounds. 2.
Determine the target rep range for the hypertrophy phase, typically 8-12 reps per set. 3. Use the following
percentages to prescribe the appropriate intensity: - 65-75- 75-85- 85-954. Calculate the working weight
range for the hypertrophy phase: Lower percentage limit = 65Upper percentage limit = 755. Therefore,
during the first 4 weeks of the 12-week periodization plan, the athlete should be working with weights
between 130 pounds and 150 pounds for the squat to target the hypertrophy phase.
Numerical Answer: The athlete should be working at 65-75
17. Question: In a periodization program, an athlete is in the strength endurance phase and is performing
3 sets of 12 reps for the back squat. If the athlete is lifting 75
Solution: 1. Calculate the weight for 1 rep (1RM): 1RM = 200 pounds
2. Calculate the weight for 75Weight = 0.75 * 200 Weight = 150 pounds
Therefore, the athlete should be lifting 150 pounds for 3 sets of 12 reps in the strength endurance phase
of the periodization program.
18. Question: In a linear periodization model, an athlete starts with a 5-repetition maximum (5RM) in
the squat exercise at the beginning of the program. If the athlete is planning to increase their 5RM by 10
Solution: - In linear periodization, the athlete aims to increase their strength gradually over time by
adjusting the intensity and volume of the workouts. - If the athlete increases their 5RM by 10Projected 5RM
= Initial 5RM x (1 + Increase percentage)Numberofmesocycles
- Given that the initial 5RM is 100 (to keep calculations simple), and the increase percentage is 10Pro-
jected 5RM = 100 x (1 + 0.10)4P rojected5RM = 100x(1.10)4P rojected5RM = 100x1.4641P rojected5RM =
146.41
Therefore, after 4 mesocycles, the athlete’s projected 5RM would be approximately 146.41 pounds.
19. Question: In a periodized strength and conditioning program aimed at optimizing performance gains
and injury prevention, if an athlete performs 4 sets of 8 reps at 80
Solution: 1. Calculate the total number of reps per set: 4 sets x 8 reps = 32 reps 2. Since each rep is
performed at 803. To find the total workload done in terms of the athlete’s 1-rep max, multiply the total reps
(32) by the intensity percentage (804. Total workload = 32 reps x 0.80 = 25.6 reps at the athlete’s 1-rep max
effort 5. Therefore, the athlete would have completed a total of 25.6 reps at their 1-rep max for squats in
that particular workout.
Final numerical answer: 25.6 reps
20. Question: In a periodized strength training program, if an athlete is in the hypertrophy phase and is
aiming to perform 3 sets of 10 reps for the squat exercise at 70
Solution: 1. Calculate the weight to be used for the squat exercise during the hypertrophy phase: -
Determine 7070
2. The weight to be used for each set should be 140 lbs.
Therefore, the athlete should use 140 lbs for each set of squats during the hypertrophy phase in their
periodized strength training program.
21. Question: A coach is designing a periodized program to develop power in track and field athletes.
The coach plans to implement a 12-week training cycle focused on power development. In the first 4
weeks, the athletes will focus on building a strength base. In the next 4 weeks, they will transition to power
endurance training. Finally, in the last 4 weeks, they will emphasize peak power training. If the coach wants
the athletes to perform power cleans at 80
Solution: To calculate the weight the athlete should use for power cleans during the peak power training
phase at 80
1RM = 100kg 80
Therefore, the athlete should use 80kg for power cleans during the peak power training phase.
22. Question: In a mesocycle focused on hypertrophy, an athlete performs 4 sets of 10 reps at 75
Solution: 1. Calculate the weight for each set using the formula: Weight = 1RM *
2. Calculate the weight for each set: Weight = 200 pounds * 0.75 = 150 pounds
3. Therefore, the athlete should use 150 pounds for each set of the squat exercise during this mesocycle
focused on hypertrophy.
23. Question: In a periodized strength and conditioning program, an athlete is working on their hyper-
trophy phase with a rep range of 8-12 reps per set. If the athlete performs 3 sets of bench press with a load
of 150 lbs for each set, what is the total volume lifted for bench press in this session?
Solution: Total volume lifted = Weight lifted x Reps x Sets = 150 lbs x 10 reps x 3 sets = 1500 lbs
Therefore, the total volume lifted for bench press in this session is 1500 lbs.
24. Question: When incorporating individualized mobility and stability training into a strength condi-
tioning program, how many days per week should an athlete ideally devote to specifically targeting mobility
and stability exercises?
Solution:
It is recommended that athletes dedicate at least 2-3 days per week to targeted mobility and stability
training. These training sessions should focus on improving joint mobility, flexibility, balance, and core sta-
bility, which are essential components for enhancing athletic performance and reducing the risk of injuries.
By incorporating regular mobility and stability exercises into their routine, athletes can improve move-
ment efficiency, enhance muscle activation patterns, and prevent imbalances that could lead to injuries.
These sessions can include exercises such as foam rolling, dynamic stretches, yoga poses, balance drills,
and specific stability exercises targeting weak areas.
Therefore, the numerical answer to the question is: 2-3 days per week.
25. Question: In a periodization plan, an athlete is scheduled to perform 4 sets of 8 reps for the bench
press at 80
Solution: 1. Calculate the weight for the bench press using the formula: Weight = 1RM * Percentage
Weight = 200 * 0.80 Weight = 160 pounds
2. The athlete will perform 4 sets at 160 pounds for the bench press.
