statcrunch
Assignment 5: Testing for Relationships Using StatCrunch: INSTRUCTIONS and SUBMIT YOUR ANSWERS HERE (10 points, due November 11 at 11:59 pm ET)
Started: Nov 8 at 10:32am
Quiz Instructions
WARNING: Do not submit this quiz until you have completed all of the answers. You can open the quiz, answer questions, leave the quiz, and return later. But, do not submit the quiz until you are ready for the quiz to be graded.
· This assignment is worth 10 points.
· There are 90 questions on this assignment.
INSTRUCTIONS: PREPARATION
Read the Modules 5 Key Concepts and Required Readings, watch the Class Videos, and complete the Study Guide before attempting to answer these questions.
You can use the course materials and your Study Guide when you complete the assignment.
Use the attached Module 5 - Data File to perform a Descriptive and Inferential Analysis:
Module 5 - Data Set - FA 2019.xlsx
INSTRUCTIONS: ANSWERING THE QUESTIONS
For this assignment, answer the questions in this quiz.
You must complete this assignment yourself, without assistance from other students.
Please note that you can only open the quiz one time so please be sure to complete all of the questions before submitting your answers.
You may find it helpful to open the quiz and print the questions so that you can work on this assignment on paper before submitting your answers.
You can open the quiz, answer questions, leave the quiz, and return later. But, do not submit the quiz until you are ready for the quiz to be graded.
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Question 10.1 pts
DESCRIPTIVE ANALYSIS: BODY MASS INDEX (BMI)
What is the level of measurement?
Group of answer choices
Ordinal
Nominal
Interval
Ratio
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Question 20.1 pts
DESCRIPTIVE ANALYSIS: BODY MASS INDEX (BMI)
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Percentages
Measures of central location
Frequencies
Measures of spread
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Question 30.1 pts
DESCRIPTIVE ANALYSIS: BODY MASS INDEX (BMI)
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Box Plot
Histogram
Scatterplot
Bar Chart
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Question 40.1 pts
DESCRIPTIVE ANALYSIS: BODY MASS INDEX (BMI)
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
Yes
No
This variable should not be evaluated for outliers.
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Question 50.1 pts
DESCRIPTIVE ANALYSIS: BODY MASS INDEX (BMI)
The test for normality demonstrates that
Group of answer choices
This variable is not normally distributed.
This variable should not be evaluated for a normal distribution.
This variable is normally distributed.
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Question 60.1 pts
DESCRIPTIVE ANALYSIS: BODY MASS INDEX (BMI)
Which of the following would be the best descriptive statistic(s) to describe this variable?
Group of answer choices
The IQR is 5
The mean 27.6
The range is 10
The median is 27.5
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Question 70.1 pts
DESCRIPTIVE ANALYSIS: HEART RATE
What is the level of measurement?
Group of answer choices
Ratio
Ordinal
Nominal
Interval
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Question 80.1 pts
DESCRIPTIVE ANALYSIS: HEART RATE
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Frequencies
Measures of spread
Measures of central location
Percentages
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Question 90.1 pts
DESCRIPTIVE ANALYSIS: HEART RATE
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Histogram
Scatterplot
Box Plot
Bar Chart
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Question 100.1 pts
DESCRIPTIVE ANALYSIS: HEART RATE
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
This variable should not be evaluated for outliers
No
Yes
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Question 110.1 pts
DESCRIPTIVE ANALYSIS: HEART RATE
The test for normality demonstrates that
Group of answer choices
This variable should not be evaluated for a normal distribution.
This variable is not normally distributed.
This variable is normally distributed.
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Question 120.1 pts
DESCRIPTIVE ANALYSIS: HEART RATE
Which of the following would be the best descriptive statistic(s) to describe this variable? (select all that apply)
Group of answer choices
The mean 79.5
All of the above
The mode is 84
The median is 79
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Question 130.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between BMI and HEART RATE?
What statistical test should be used to perform this analysis?
Group of answer choices
A Spearman correlation coefficient
A Pearson correlation coefficient
Linear regression
A Fisher exact test
An independent t-test
Chi-square analysis
A one-way analysis of variance
A Mann-Whitney test
A paired t-test
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Question 140.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between BMI and HEART RATE?
Are the results of the analysis statistically significant?
Group of answer choices
No
Statistical significance cannot be determined by this analysis
Yes
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Question 150.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between BMI and HEART RATE?
What graphic display(s) should be used to display the relationship between the two variables? SELECT ALL THAT APPLY
Group of answer choices
Scatterplot
Histograms
Box Plots
Grouped Bar Charts
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Question 160.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between BMI and HEART RATE?
What is the direction of the relationship?
Group of answer choices
Positive
Direction of the relationship cannot be determined by this analysis
No answer text provided.
Negative
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Question 170.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between BMI and HEART RATE?
What is the strength of the relationship?
Group of answer choices
Strong
There is no relationship.
Moderate
Weak
Strength of the relationship cannot be determined by this analysis
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Question 180.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between BMI and HEART RATE?
What decision should you make about the hypothesis test?
Group of answer choices
Reject the alternative hypothesis.
Reject the null hypothesis.
Fail to reject the null hypothesis.
This decision cannot be determined by the information provided.
Flag this Question
Question 190.1 pts
DESCRIPTIVE ANALYSIS: GENDER
What is the level of measurement?
Group of answer choices
Ratio
Interval
Nominal
Ordinal
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Question 200.1 pts
DESCRIPTIVE ANALYSIS: GENDER
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Measures of central location
Frequencies
Measures of spread
Percentages
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Question 210.1 pts
DESCRIPTIVE ANALYSIS: GENDER
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Bar chart
Histogram
Scatterplot
Box plot
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Question 220.1 pts
DESCRIPTIVE ANALYSIS: GENDER
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
This variable should not be evaluated for outliers
Yes
No
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Question 230.1 pts
DESCRIPTIVE ANALYSIS: GENDER
The test for normality demonstrates that
Group of answer choices
This variable should not be evaluated for a normal distribution.
This variable is not normally distributed.
This variable is normally distributed.
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Question 240.1 pts
DESCRIPTIVE ANALYSIS: GENDER
Which of the following would be the best descriptive statistic(s) to describe this variable?
Group of answer choices
50% of the participants were female
There are multiple modes for gender
The mean of gender is 1.5
The median of gender is 1.5
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Question 250.1 pts
DESCRIPTIVE ANALYSIS: OSTEOPOROSIS
What is the level of measurement?
Group of answer choices
Ordinal
Interval
Ratio
Nominal
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Question 260.1 pts
DESCRIPTIVE ANALYSIS: OSTEOPOROSIS
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Measures of spread
Frequencies
Measures of central location
Percentages
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Question 270.1 pts
DESCRIPTIVE ANALYSIS: OSTEOPOROSIS
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Scatterplot
Bar chart
Histogram
Box plot
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Question 280.1 pts
DESCRIPTIVE ANALYSIS: OSTEOPOROSIS
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
This variable should not be evaluated for outliers
Yes
No
Flag this Question
Question 290.1 pts
DESCRIPTIVE ANALYSIS: OSTEOPOROSIS
The test for normality demonstrates that
Group of answer choices
This variable is not normally distributed
This variable should not be evaluated for a normal distribution.
This variable is normally distributed.
Flag this Question
Question 300.1 pts
DESCRIPTIVE ANALYSIS: OSTEOPOROSIS
Which of the following would be the best descriptive statistic(s) to describe this variable? (select all that apply)
Group of answer choices
The median is 2
40% of the sample has osteoporosis
The mode is 2
The mean for osteoporosis is 1.6
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Question 310.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between GENDER and OSTEOPOROSIS?
What statistical test should be used to perform this analysis?
Group of answer choices
A one-way analysis of variance
Spearman correlation coefficient
A Mann-Whitney test
Linear regression
Chi-square analysis
A paired t-test
An independent t-test
A Person correlation coefficient
A Fisher exact test
Flag this Question
Question 320.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between GENDER and OSTEOPOROSIS?
Are the results of the analysis statistically significant?
Group of answer choices
Yes
Statistical significance cannot be determined by this analysis
No
Flag this Question
Question 330.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between GENDER and OSTEOPOROSIS?
What graphic display(s) should be used to display the relationship between the two variables? SELECT ALL THAT APPLY
Group of answer choices
Scatterplot
Box plot
Histogram
Grouped bar chart
Flag this Question
Question 340.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between GENDER and OSTEOPOROSIS?
What is the direction of the relationship?
Group of answer choices
Positive
Direction of the relationship cannot be determined by this analysis
Negative
Flag this Question
Question 350.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between GENDER and OSTEOPOROSIS?
What is the strength of the relationship?
Group of answer choices
Moderate
Strength of the relationship cannot be determined by this analysis
Weak
There is no relationship
Strong
Flag this Question
Question 360.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between GENDER and OSTEOPOROSIS?
What decision should you make about the hypothesis test?
Group of answer choices
Reject the null hypothesis.
Fail to reject the null hypothesis.
This decision cannot be determined by the information provided.
Reject the alternative hypothesis.
Flag this Question
Question 370.1 pts
DESCRIPTIVE ANALYSIS: AGE
What is the level of measurement?
Group of answer choices
Ratio
Interval
Nominal
Ordinal
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Question 380.1 pts
DESCRIPTIVE ANALYSIS: AGE
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Measures of spread
Measures of central location
Frequencies
Percentages
Flag this Question
Question 390.1 pts
DESCRIPTIVE ANALYSIS: AGE
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Scatterplot
Box plot
Histogram
Bar chart
Flag this Question
Question 400.1 pts
DESCRIPTIVE ANALYSIS: AGE
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
No answer text provided.
This variable should not be evaluated for outliers
No
Yes
Flag this Question
Question 410.1 pts
DESCRIPTIVE ANALYSIS: AGE
The test for normality demonstrates that
Group of answer choices
This variable is not normally distributed
This variable should not be evaluated for a normal distribution.
This variable is normally distributed.
Flag this Question
Question 420.1 pts
DESCRIPTIVE ANALYSIS: AGE
Which of the following would be the best descriptive statistic(s) to describe this variable?
Group of answer choices
The median is 62.5
The mean 64.7
The mode is 62
The standard deviation is 10.2
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Question 430.1 pts
DESCRIPTIVE ANALYSIS: MINUTES OF PHYSICAL ACTIVITY
What is the level of measurement?
Group of answer choices
Interval
Nominal
Ratio
Ordinal
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Question 440.1 pts
DESCRIPTIVE ANALYSIS: MINUTES OF PHYSICAL ACTIVITY
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Frequencies
Measures of central location
Percentages
Measures of spread
Flag this Question
Question 450.1 pts
DESCRIPTIVE ANALYSIS: MINUTES OF PHYSICAL ACTIVITY
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Box plot
Bar chart
Scatterplot
Histogram
Flag this Question
Question 460.1 pts
DESCRIPTIVE ANALYSIS: MINUTES OF PHYSICAL ACTIVITY
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
No
Yes
No answer text provided.
This variable should not be evaluated for outliers
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Question 470.1 pts
DESCRIPTIVE ANALYSIS: MINUTES OF PHYSICAL ACTIVITY
The test for normality demonstrates that
Group of answer choices
This variable is not normally distributed.
This variable is normally distributed.
No answer text provided.
This variable should not be evaluated for a normal distribution.
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Question 480.1 pts
DESCRIPTIVE ANALYSIS: MINUTES OF PHYSICAL ACTIVITY
Which of the following would be the best descriptive statistic(s) to describe this variable?
Group of answer choices
The mean 91.9
There are multiple modes
The median is 82.5
All of the above
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Question 490.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between AGE and MINUTES OF PHYSICAL ACTIVITY?
What statistical test should be used to perform this analysis?
Group of answer choices
A one-way analysis of variance
A Person correlation coefficient
A paired t-test
Spearman correlation coefficient
Chi-square analysis
Linear regression
An independent t-test
A Fisher exact test
A Mann-Whitney test
Flag this Question
Question 500.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between AGE and MINUTES OF PHYSICAL ACTIVITY?
Are the results of the analysis statistically significant?
Group of answer choices
No
Statistical significance cannot be determined by this analysis
Yes
Flag this Question
Question 510.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between AGE and MINUTES OF PHYSICAL ACTIVITY?
What graphic display(s) should be used to display the relationship between the two variables? SELECT ALL THAT APPLY
Group of answer choices
Box plot
Grouped bar chart
Scatterplot
Histogram
Flag this Question
Question 520.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between AGE and MINUTES OF PHYSICAL ACTIVITY?
What is the direction of the relationship?
Group of answer choices
Negative
Positive
Direction of the relationship cannot be determined by this analysis
Flag this Question
Question 530.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between AGE and MINUTES OF PHYSICAL ACTIVITY?
What is the strength of the relationship?
Group of answer choices
Strong
There is no relationship
Weak
Strength of the relationship cannot be determined by this analysis
Moderate
Flag this Question
Question 540.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between AGE and MINUTES OF PHYSICAL ACTIVITY?
What decision should you make about the hypothesis test?
Group of answer choices
Fail to reject the null hypothesis
This decision cannot be determined by the information provided
Reject the alternative hypothesis
Reject the null hypothesis
Flag this Question
Question 550.1 pts
DESCRIPTIVE ANALYSIS: RACE
What is the level of measurement?
Group of answer choices
Nominal
Ordinal
Interval
Ratio
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Question 560.1 pts
DESCRIPTIVE ANALYSIS: RACE
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Measures of spread
Percentages
Measures of central location
Frequencies
Flag this Question
Question 570.1 pts
DESCRIPTIVE ANALYSIS: RACE
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Box plot
Bar chart
Scatterplot
Histogram
Flag this Question
Question 580.1 pts
DESCRIPTIVE ANALYSIS: RACE
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
This variable should not be evaluated for outliers
Yes
No
Flag this Question
Question 590.1 pts
DESCRIPTIVE ANALYSIS: RACE
The test for normality demonstrates that
Group of answer choices
This variable is not normally distributed.
This variable should not be evaluated for a normal distribution.
This variable is normally distributed.
Flag this Question
Question 600.1 pts
DESCRIPTIVE ANALYSIS: RACE
Which of the following would be the best descriptive statistic(s) to describe this variable?
Group of answer choices
The mean is 2
There are multiple modes
The median is 2
33.3% of the participants are African American
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Question 610.1 pts
DESCRIPTIVE ANALYSIS: HIP FRACTURE
What is the level of measurement?
Group of answer choices
Interval
Nominal
Ratio
Ordinal
Flag this Question
Question 620.1 pts
DESCRIPTIVE ANALYSIS: HIP FRACTURE
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Measures of central location
Percentages
Measures of spread
Frequencies
Flag this Question
Question 630.1 pts
DESCRIPTIVE ANALYSIS: HIP FRACTURE
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Box plot
Scatterplot
Bar chart
Histogram
Flag this Question
Question 640.1 pts
DESCRIPTIVE ANALYSIS: HIP FRACTURE
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
This variable should not be evaluated for outliers
Yes
No
Flag this Question
Question 650.1 pts
DESCRIPTIVE ANALYSIS: HIP FRACTURE
The test for normality demonstrates that
Group of answer choices
This variable is not normally distributed.
This variable should not be evaluated for a normal distribution.
This variable is normally distributed.
Flag this Question
Question 660.1 pts
DESCRIPTIVE ANALYSIS: HIP FRACTURE
Which of the following would be the best descriptive statistic(s) to describe this variable? (SELECT all that apply)
Group of answer choices
The mean 1.7
30% of the participants had a hip fracture
The mode is 2
The median is 2
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Question 670.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between RACE and HIP FRACTURE?
What statistical test should be used to perform this analysis?
Group of answer choices
Linear regression
A Fisher exact test
A Mann-Whitney test
A paired t-test
Spearman correlation coefficient
Chi-square analysis
A one-way analysis of variance
A Person correlation coefficient
An independent t-test
Flag this Question
Question 680.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between RACE and HIP FRACTURE?
Are the results of the analysis statistically significant?
Group of answer choices
No
Yes
Statistical significance cannot be determined by this analysis
Flag this Question
Question 690.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between RACE and HIP FRACTURE?
What graphic display(s) should be used to display the relationship between the two variables? SELECT ALL THAT APPLY
Group of answer choices
Box plot
Grouped bar chart
Scatterplot
Histogram
Flag this Question
Question 700.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between RACE and HIP FRACTURE?
What is the direction of the relationship?
Group of answer choices
Direction of the relationship cannot be determined by this analysis
Negative
Positive
Flag this Question
Question 710.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between RACE and HIP FRACTURE?
What is the strength of the relationship?
Group of answer choices
There is no relationship
Weak
Moderate
Strength of the relationship cannot be determined by this analysis
Strong
Flag this Question
Question 720.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between RACE and HIP FRACTURE?
What decision should you make about the hypothesis test?
Group of answer choices
The decision cannot be determined by the information provided
Reject the alternative hypothesis
Fail to reject the null hypothesis
Reject the null hypothesis
Flag this Question
Question 730.1 pts
DESCRIPTIVE ANALYSIS: PAIN
What is the level of measurement?
Group of answer choices
Ratio
Ordinal
Interval
Nominal
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Question 740.1 pts
DESCRIPTIVE ANALYSIS: PAIN
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Measures of spread
Percentages
Frequencies
Measures of central location
Flag this Question
Question 750.1 pts
DESCRIPTIVE ANALYSIS: PAIN
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Histogram
Scatterplot
Box plot
Bar chart
Flag this Question
Question 760.1 pts
DESCRIPTIVE ANALYSIS: PAIN
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
Yes
This variable should not be evaluated for outliers
No
Flag this Question
Question 770.1 pts
DESCRIPTIVE ANALYSIS: PAIN
The test for normality demonstrates that
Group of answer choices
This variable should not be evaluated for a normal distribution.
This variable is normally distributed.
This variable is not normally distributed.
Flag this Question
Question 780.1 pts
DESCRIPTIVE ANALYSIS: PAIN
Which of the following would be the best descriptive statistic(s) to describe this variable? (select all that apply)
Group of answer choices
The mean 4.4
The range is 8
The IQR is 3
The cumulative percentage of scores of 5 or less is 66.7%
Flag this Question
Question 790.1 pts
DESCRIPTIVE ANALYSIS: FUNCTIONALITY
What is the level of measurement?
Group of answer choices
Interval
Ordinal
Ratio
Nominal
Flag this Question
Question 800.1 pts
DESCRIPTIVE ANALYSIS: FUNCTIONALITY
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Frequencies
Measures of central location
Percentages
Measures of spread
Flag this Question
Question 810.1 pts
DESCRIPTIVE ANALYSIS: FUNCTIONALITY
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Box plot
Bar chart
Histogram
Scatterplot
Flag this Question
Question 820.1 pts
DESCRIPTIVE ANALYSIS: FUNCTIONALITY
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
This variable should not be evaluated for outliers
No
Yes
Flag this Question
Question 830.1 pts
DESCRIPTIVE ANALYSIS: FUNCTIONALITY
The test for normality demonstrates that
Group of answer choices
This variable should not be evaluated for a normal distribution.
This variable is normally distributed.
This variable is not normally distributed.
Flag this Question
Question 840.1 pts
DESCRIPTIVE ANALYSIS: FUNCTIONALITY
Which of the following would be the best descriptive statistic(s) to describe this variable? (select all that apply)
Group of answer choices
The cumulative percentage of scores of 3 or less is 40%
The maximum is 6
The mean 3.9
The range is 5
Flag this Question
Question 850.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between PAIN and FUNCTIONALITY?
What statistical test should be used to perform this analysis?
Group of answer choices
A paired t-test
Spearman correlation coefficient
Linear regression
A Mann-Whitney test
A Person correlation coefficient
A one-way analysis of variance
An independent t-test
Chi-square analysis
A Fisher exact test
Flag this Question
Question 860.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between PAIN and FUNCTIONALITY?
Are the results of the analysis statistically significant?
Group of answer choices
No
Yes
Statistical significance cannot be determined by this analysis
Flag this Question
Question 870.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between PAIN and FUNCTIONALITY?
What graphic display(s) should be used to display the relationship between the two variables? SELECT ALL THAT APPLY
Group of answer choices
Box plot
Grouped bar chart
Scatterplot
Histogram
Flag this Question
Question 880.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between PAIN and FUNCTIONALITY?
What is the direction of the relationship?
Group of answer choices
Positive
Negative
Direction of the relationship cannot be determined by this analysis
Flag this Question
Question 890.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between PAIN and FUNCTIONALITY?
What is the strength of the relationship?
Group of answer choices
Weak
Strong
Strength of the relationship cannot be determined by this analysis
There is no relationship
Moderate
Flag this Question
Question 900.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between PAIN and FUNCTIONALITY?
What decision should you make about the hypothesis test?
Group of answer choices
Reject the alternative hypothesis
Reject the null hypothesis
This decision cannot be determined by the information provided
Fail to reject the null hypothesis
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Assignment 5: Testing for Relationships Using StatCrunch: INSTRUCTIONS and SUBMIT YOUR ANSWERS HERE (10 points, due November 11 at 11:59 pm ET)
Started: Nov 8 at 10:32am
Quiz Instructions
Module 5 Assignment
WARNING: Do not submit this quiz until you have completed all of the answers. You can open the quiz, answer questions, leave the quiz, and return later. But, do not submit the quiz until you are ready for the quiz to be graded.
· This assignment is worth 10 points.
· There are 90 questions on this assignment.
INSTRUCTIONS: PREPARATION
Read the Modules 5 Key Concepts and Required Readings, watch the Class Videos, and complete the Study Guide before attempting to answer these questions.
You can use the course materials and your Study Guide when you complete the assignment.
Use the attached Module 5 - Data File to perform a Descriptive and Inferential Analysis:
Module 5 - Data Set - FA 2019.xlsx
INSTRUCTIONS: ANSWERING THE QUESTIONS
For this assignment, answer the questions in this quiz.
You must complete this assignment yourself, without assistance from other students.
Please note that you can only open the quiz one time so please be sure to complete all of the questions before submitting your answers.
You may find it helpful to open the quiz and print the questions so that you can work on this assignment on paper before submitting your answers.
You can open the quiz, answer questions, leave the quiz, and return later. But, do not submit the quiz until you are ready for the quiz to be graded.
Top of Form
Question 10.1 pts
DESCRIPTIVE ANALYSIS: BODY MASS INDEX (BMI)
What is the level of measurement?
Group of answer choices
Ordinal
Nominal
Interval
Ratio
Question 20.1 pts
DESCRIPTIVE ANALYSIS: BODY MASS INDEX (BMI)
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Percentages
Measures of central location
Frequencies
Measures of spread
Question 30.1 pts
DESCRIPTIVE ANALYSIS: BODY MASS INDEX (BMI)
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Box Plot
Histogram
Scatterplot
Bar Chart
Question 40.1 pts
DESCRIPTIVE ANALYSIS: BODY MASS INDEX (BMI)
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
Yes
No
This variable should not be evaluated for outliers.
Question 50.1 pts
DESCRIPTIVE ANALYSIS: BODY MASS INDEX (BMI)
The test for normality demonstrates that
Group of answer choices
This variable is not normally distributed.
This variable should not be evaluated for a normal distribution.
This variable is normally distributed.
Question 60.1 pts
DESCRIPTIVE ANALYSIS: BODY MASS INDEX (BMI)
Which of the following would be the best descriptive statistic(s) to describe this variable?
Group of answer choices
The IQR is 5
The mean 27.6
The range is 10
The median is 27.5
Question 70.1 pts
DESCRIPTIVE ANALYSIS: HEART RATE
What is the level of measurement?
Group of answer choices
Ratio
Ordinal
Nominal
Interval
Question 80.1 pts
DESCRIPTIVE ANALYSIS: HEART RATE
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Frequencies
Measures of spread
Measures of central location
Percentages
Question 90.1 pts
DESCRIPTIVE ANALYSIS: HEART RATE
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Histogram
Scatterplot
Box Plot
Bar Chart
Question 100.1 pts
DESCRIPTIVE ANALYSIS: HEART RATE
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
This variable should not be evaluated for outliers
No
Yes
Question 110.1 pts
DESCRIPTIVE ANALYSIS: HEART RATE
The test for normality demonstrates that
Group of answer choices
This variable should not be evaluated for a normal distribution.
This variable is not normally distributed.
This variable is normally distributed.
Question 120.1 pts
DESCRIPTIVE ANALYSIS: HEART RATE
Which of the following would be the best descriptive statistic(s) to describe this variable? (select all that apply)
Group of answer choices
The mean 79.5
All of the above
The mode is 84
The median is 79
Question 130.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between BMI and HEART RATE?
What statistical test should be used to perform this analysis?
Group of answer choices
A Spearman correlation coefficient
A Pearson correlation coefficient
Linear regression
A Fisher exact test
An independent t-test
Chi-square analysis
A one-way analysis of variance
A Mann-Whitney test
A paired t-test
Question 140.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between BMI and HEART RATE?
Are the results of the analysis statistically significant?
Group of answer choices
No
Statistical significance cannot be determined by this analysis
Yes
Question 150.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between BMI and HEART RATE?
What graphic display(s) should be used to display the relationship between the two variables? SELECT ALL THAT APPLY
Group of answer choices
Scatterplot
Histograms
Box Plots
Grouped Bar Charts
Question 160.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between BMI and HEART RATE?
What is the direction of the relationship?
Group of answer choices
Positive
Direction of the relationship cannot be determined by this analysis
No answer text provided.
Negative
Question 170.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between BMI and HEART RATE?
What is the strength of the relationship?
Group of answer choices
Strong
There is no relationship.
Moderate
Weak
Strength of the relationship cannot be determined by this analysis
Question 180.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between BMI and HEART RATE?
What decision should you make about the hypothesis test?
Group of answer choices
Reject the alternative hypothesis.
Reject the null hypothesis.
Fail to reject the null hypothesis.
This decision cannot be determined by the information provided.
Question 190.1 pts
DESCRIPTIVE ANALYSIS: GENDER
What is the level of measurement?
Group of answer choices
Ratio
Interval
Nominal
Ordinal
Question 200.1 pts
DESCRIPTIVE ANALYSIS: GENDER
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Measures of central location
Frequencies
Measures of spread
Percentages
Question 210.1 pts
DESCRIPTIVE ANALYSIS: GENDER
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Bar chart
Histogram
Scatterplot
Box plot
Question 220.1 pts
DESCRIPTIVE ANALYSIS: GENDER
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
This variable should not be evaluated for outliers
Yes
No
Question 230.1 pts
DESCRIPTIVE ANALYSIS: GENDER
The test for normality demonstrates that
Group of answer choices
This variable should not be evaluated for a normal distribution.
This variable is not normally distributed.
This variable is normally distributed.
Question 240.1 pts
DESCRIPTIVE ANALYSIS: GENDER
Which of the following would be the best descriptive statistic(s) to describe this variable?
Group of answer choices
50% of the participants were female
There are multiple modes for gender
The mean of gender is 1.5
The median of gender is 1.5
Question 250.1 pts
DESCRIPTIVE ANALYSIS: OSTEOPOROSIS
What is the level of measurement?
Group of answer choices
Ordinal
Interval
Ratio
Nominal
Question 260.1 pts
DESCRIPTIVE ANALYSIS: OSTEOPOROSIS
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Measures of spread
Frequencies
Measures of central location
Percentages
Question 270.1 pts
DESCRIPTIVE ANALYSIS: OSTEOPOROSIS
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Scatterplot
Bar chart
Histogram
Box plot
Question 280.1 pts
DESCRIPTIVE ANALYSIS: OSTEOPOROSIS
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
This variable should not be evaluated for outliers
Yes
No
Question 290.1 pts
DESCRIPTIVE ANALYSIS: OSTEOPOROSIS
The test for normality demonstrates that
Group of answer choices
This variable is not normally distributed
This variable should not be evaluated for a normal distribution.
This variable is normally distributed.
Question 300.1 pts
DESCRIPTIVE ANALYSIS: OSTEOPOROSIS
Which of the following would be the best descriptive statistic(s) to describe this variable? (select all that apply)
Group of answer choices
The median is 2
40% of the sample has osteoporosis
The mode is 2
The mean for osteoporosis is 1.6
Question 310.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between GENDER and OSTEOPOROSIS?
What statistical test should be used to perform this analysis?
Group of answer choices
A one-way analysis of variance
Spearman correlation coefficient
A Mann-Whitney test
Linear regression
Chi-square analysis
A paired t-test
An independent t-test
A Person correlation coefficient
A Fisher exact test
Question 320.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between GENDER and OSTEOPOROSIS?
Are the results of the analysis statistically significant?
Group of answer choices
Yes
Statistical significance cannot be determined by this analysis
No
Question 330.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between GENDER and OSTEOPOROSIS?
What graphic display(s) should be used to display the relationship between the two variables? SELECT ALL THAT APPLY
Group of answer choices
Scatterplot
Box plot
Histogram
Grouped bar chart
Question 340.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between GENDER and OSTEOPOROSIS?
What is the direction of the relationship?
Group of answer choices
Positive
Direction of the relationship cannot be determined by this analysis
Negative
Question 350.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between GENDER and OSTEOPOROSIS?
What is the strength of the relationship?
Group of answer choices
Moderate
Strength of the relationship cannot be determined by this analysis
Weak
There is no relationship
Strong
Question 360.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between GENDER and OSTEOPOROSIS?
What decision should you make about the hypothesis test?
Group of answer choices
Reject the null hypothesis.
Fail to reject the null hypothesis.
This decision cannot be determined by the information provided.
Reject the alternative hypothesis.
Question 370.1 pts
DESCRIPTIVE ANALYSIS: AGE
What is the level of measurement?
Group of answer choices
Ratio
Interval
Nominal
Ordinal
Question 380.1 pts
DESCRIPTIVE ANALYSIS: AGE
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Measures of spread
Measures of central location
Frequencies
Percentages
Question 390.1 pts
DESCRIPTIVE ANALYSIS: AGE
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Scatterplot
Box plot
Histogram
Bar chart
Question 400.1 pts
DESCRIPTIVE ANALYSIS: AGE
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
No answer text provided.
This variable should not be evaluated for outliers
No
Yes
Question 410.1 pts
DESCRIPTIVE ANALYSIS: AGE
The test for normality demonstrates that
Group of answer choices
This variable is not normally distributed
This variable should not be evaluated for a normal distribution.
This variable is normally distributed.
Question 420.1 pts
DESCRIPTIVE ANALYSIS: AGE
Which of the following would be the best descriptive statistic(s) to describe this variable?
Group of answer choices
The median is 62.5
The mean 64.7
The mode is 62
The standard deviation is 10.2
Question 430.1 pts
DESCRIPTIVE ANALYSIS: MINUTES OF PHYSICAL ACTIVITY
What is the level of measurement?
Group of answer choices
Interval
Nominal
Ratio
Ordinal
Question 440.1 pts
DESCRIPTIVE ANALYSIS: MINUTES OF PHYSICAL ACTIVITY
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Frequencies
Measures of central location
Percentages
Measures of spread
Question 450.1 pts
DESCRIPTIVE ANALYSIS: MINUTES OF PHYSICAL ACTIVITY
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Box plot
Bar chart
Scatterplot
Histogram
Question 460.1 pts
DESCRIPTIVE ANALYSIS: MINUTES OF PHYSICAL ACTIVITY
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
No
Yes
No answer text provided.
This variable should not be evaluated for outliers
Question 470.1 pts
DESCRIPTIVE ANALYSIS: MINUTES OF PHYSICAL ACTIVITY
The test for normality demonstrates that
Group of answer choices
This variable is not normally distributed.
This variable is normally distributed.
No answer text provided.
This variable should not be evaluated for a normal distribution.
Question 480.1 pts
DESCRIPTIVE ANALYSIS: MINUTES OF PHYSICAL ACTIVITY
Which of the following would be the best descriptive statistic(s) to describe this variable?
Group of answer choices
The mean 91.9
There are multiple modes
The median is 82.5
All of the above
Question 490.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between AGE and MINUTES OF PHYSICAL ACTIVITY?
What statistical test should be used to perform this analysis?
Group of answer choices
A one-way analysis of variance
A Person correlation coefficient
A paired t-test
Spearman correlation coefficient
Chi-square analysis
Linear regression
An independent t-test
A Fisher exact test
A Mann-Whitney test
Question 500.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between AGE and MINUTES OF PHYSICAL ACTIVITY?
Are the results of the analysis statistically significant?
Group of answer choices
No
Statistical significance cannot be determined by this analysis
Yes
Question 510.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between AGE and MINUTES OF PHYSICAL ACTIVITY?
What graphic display(s) should be used to display the relationship between the two variables? SELECT ALL THAT APPLY
Group of answer choices
Box plot
Grouped bar chart
Scatterplot
Histogram
Question 520.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between AGE and MINUTES OF PHYSICAL ACTIVITY?
What is the direction of the relationship?
Group of answer choices
Negative
Positive
Direction of the relationship cannot be determined by this analysis
Question 530.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between AGE and MINUTES OF PHYSICAL ACTIVITY?
What is the strength of the relationship?
Group of answer choices
Strong
There is no relationship
Weak
Strength of the relationship cannot be determined by this analysis
Moderate
Question 540.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between AGE and MINUTES OF PHYSICAL ACTIVITY?
What decision should you make about the hypothesis test?
Group of answer choices
Fail to reject the null hypothesis
This decision cannot be determined by the information provided
Reject the alternative hypothesis
Reject the null hypothesis
Question 550.1 pts
DESCRIPTIVE ANALYSIS: RACE
What is the level of measurement?
Group of answer choices
Nominal
Ordinal
Interval
Ratio
Question 560.1 pts
DESCRIPTIVE ANALYSIS: RACE
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Measures of spread
Percentages
Measures of central location
Frequencies
Question 570.1 pts
DESCRIPTIVE ANALYSIS: RACE
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Box plot
Bar chart
Scatterplot
Histogram
Question 580.1 pts
DESCRIPTIVE ANALYSIS: RACE
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
This variable should not be evaluated for outliers
Yes
No
Question 590.1 pts
DESCRIPTIVE ANALYSIS: RACE
The test for normality demonstrates that
Group of answer choices
This variable is not normally distributed.
This variable should not be evaluated for a normal distribution.
This variable is normally distributed.
Question 600.1 pts
DESCRIPTIVE ANALYSIS: RACE
Which of the following would be the best descriptive statistic(s) to describe this variable?
Group of answer choices
The mean is 2
There are multiple modes
The median is 2
33.3% of the participants are African American
Question 610.1 pts
DESCRIPTIVE ANALYSIS: HIP FRACTURE
What is the level of measurement?
Group of answer choices
Interval
Nominal
Ratio
Ordinal
Question 620.1 pts
DESCRIPTIVE ANALYSIS: HIP FRACTURE
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Measures of central location
Percentages
Measures of spread
Frequencies
Question 630.1 pts
DESCRIPTIVE ANALYSIS: HIP FRACTURE
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Box plot
Scatterplot
Bar chart
Histogram
Question 640.1 pts
DESCRIPTIVE ANALYSIS: HIP FRACTURE
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
This variable should not be evaluated for outliers
Yes
No
Question 650.1 pts
DESCRIPTIVE ANALYSIS: HIP FRACTURE
The test for normality demonstrates that
Group of answer choices
This variable is not normally distributed.
This variable should not be evaluated for a normal distribution.
This variable is normally distributed.
Question 660.1 pts
DESCRIPTIVE ANALYSIS: HIP FRACTURE
Which of the following would be the best descriptive statistic(s) to describe this variable? (SELECT all that apply)
Group of answer choices
The mean 1.7
30% of the participants had a hip fracture
The mode is 2
The median is 2
Question 670.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between RACE and HIP FRACTURE?
What statistical test should be used to perform this analysis?
Group of answer choices
Linear regression
A Fisher exact test
A Mann-Whitney test
A paired t-test
Spearman correlation coefficient
Chi-square analysis
A one-way analysis of variance
A Person correlation coefficient
An independent t-test
Question 680.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between RACE and HIP FRACTURE?
Are the results of the analysis statistically significant?
Group of answer choices
No
Yes
Statistical significance cannot be determined by this analysis
Question 690.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between RACE and HIP FRACTURE?
What graphic display(s) should be used to display the relationship between the two variables? SELECT ALL THAT APPLY
Group of answer choices
Box plot
Grouped bar chart
Scatterplot
Histogram
Question 700.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between RACE and HIP FRACTURE?
What is the direction of the relationship?
Group of answer choices
Direction of the relationship cannot be determined by this analysis
Negative
Positive
Question 710.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between RACE and HIP FRACTURE?
What is the strength of the relationship?
Group of answer choices
There is no relationship
Weak
Moderate
Strength of the relationship cannot be determined by this analysis
Strong
Question 720.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between RACE and HIP FRACTURE?
What decision should you make about the hypothesis test?
Group of answer choices
The decision cannot be determined by the information provided
Reject the alternative hypothesis
Fail to reject the null hypothesis
Reject the null hypothesis
Question 730.1 pts
DESCRIPTIVE ANALYSIS: PAIN
What is the level of measurement?
Group of answer choices
Ratio
Ordinal
Interval
Nominal
Question 740.1 pts
DESCRIPTIVE ANALYSIS: PAIN
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Measures of spread
Percentages
Frequencies
Measures of central location
Question 750.1 pts
DESCRIPTIVE ANALYSIS: PAIN
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Histogram
Scatterplot
Box plot
Bar chart
Question 760.1 pts
DESCRIPTIVE ANALYSIS: PAIN
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
Yes
This variable should not be evaluated for outliers
No
Question 770.1 pts
DESCRIPTIVE ANALYSIS: PAIN
The test for normality demonstrates that
Group of answer choices
This variable should not be evaluated for a normal distribution.
This variable is normally distributed.
This variable is not normally distributed.
Question 780.1 pts
DESCRIPTIVE ANALYSIS: PAIN
Which of the following would be the best descriptive statistic(s) to describe this variable? (select all that apply)
Group of answer choices
The mean 4.4
The range is 8
The IQR is 3
The cumulative percentage of scores of 5 or less is 66.7%
Question 790.1 pts
DESCRIPTIVE ANALYSIS: FUNCTIONALITY
What is the level of measurement?
Group of answer choices
Interval
Ordinal
Ratio
Nominal
Question 800.1 pts
DESCRIPTIVE ANALYSIS: FUNCTIONALITY
What descriptive statistic(s) should be calculated for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Frequencies
Measures of central location
Percentages
Measures of spread
Question 810.1 pts
DESCRIPTIVE ANALYSIS: FUNCTIONALITY
What graphic display(s) should be used for the initial evaluation of the variable? SELECT ALL THAT APPLY
Group of answer choices
Box plot
Bar chart
Histogram
Scatterplot
Question 820.1 pts
DESCRIPTIVE ANALYSIS: FUNCTIONALITY
Based on the graphic display, are there outliers in the data for this variable?
Group of answer choices
This variable should not be evaluated for outliers
No
Yes
Question 830.1 pts
DESCRIPTIVE ANALYSIS: FUNCTIONALITY
The test for normality demonstrates that
Group of answer choices
This variable should not be evaluated for a normal distribution.
This variable is normally distributed.
This variable is not normally distributed.
Question 840.1 pts
DESCRIPTIVE ANALYSIS: FUNCTIONALITY
Which of the following would be the best descriptive statistic(s) to describe this variable? (select all that apply)
Group of answer choices
The cumulative percentage of scores of 3 or less is 40%
The maximum is 6
The mean 3.9
The range is 5
Question 850.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between PAIN and FUNCTIONALITY?
What statistical test should be used to perform this analysis?
Group of answer choices
A paired t-test
Spearman correlation coefficient
Linear regression
A Mann-Whitney test
A Person correlation coefficient
A one-way analysis of variance
An independent t-test
Chi-square analysis
A Fisher exact test
Question 860.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between PAIN and FUNCTIONALITY?
Are the results of the analysis statistically significant?
Group of answer choices
No
Yes
Statistical significance cannot be determined by this analysis
Question 870.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between PAIN and FUNCTIONALITY?
What graphic display(s) should be used to display the relationship between the two variables? SELECT ALL THAT APPLY
Group of answer choices
Box plot
Grouped bar chart
Scatterplot
Histogram
Question 880.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between PAIN and FUNCTIONALITY?
What is the direction of the relationship?
Group of answer choices
Positive
Negative
Direction of the relationship cannot be determined by this analysis
Question 890.1 pts
INFERENTIAL ANALYSIS: Is there a relationship between PAIN and FUNCTIONALITY?
What is the strength of the relationship?
Group of answer choices
Weak
Strong
Strength of the relationship cannot be determined by this analysis
There is no relationship
Moderate
Question 900.2 pts
INFERENTIAL ANALYSIS: Is there a relationship between PAIN and FUNCTIONALITY?
What decision should you make about the hypothesis test?
Group of answer choices
Reject the alternative hypothesis
Reject the null hypothesis
This decision cannot be determined by the information provided
Fail to reject the null hypothesis
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· Haven't Answered Yet Question 87
· Haven't Answered Yet Question 88
· Haven't Answered Yet Question 89
· Haven't Answered Yet Question 90
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Attempt due: Nov 12 at 11:59pm