BIOSTATISTIC
2019/ 9/ 27 Originality Report
originalityReport/ultra?attemptId=10f1dcaf-584c-4ef2-9c1f-2b71a6cc7348&course_id=_65931_1&includeDeleted=true&print=true&download=true… 1/4
%53
%10
%2
SafeAssign Originality Report (Current Semester - الفصل الحالي)HCM-506: Appli… • Turnitin Plagiarism Checker
%65Total Score: High risk MOHAMMED ALAHMARI
Submission UUID: 51b6a79d-7c86-117d-ae01-584443c56d30
Total Number of Repo…
1 Highest Match
65 % 0888999.docx
Average Match
65 % Submitted on
09/27/19 12:05 AM GMT+3
Average Word Count
722 Highest: 0888999.docx
%65Attachment 1
Global database (4)
Student paper Student paper Student paper Student paper
Institutional database (2)
Student paper Student paper
Internet (1)
slideserve
Top sources (3)
Excluded sources (0)
View Originality Report - Old Design
Word Count: 722 0888999.docx
1 3 4 2
5 6
7
1 Student paper 5 Student paper 3 Student paper
Critical Thinking Assignment
Title: Module 04: Critical Thinking
Name: Institute: Date:
Introduction: The most usual applications of Statistics is describing a set of data descriptive and hypothesis testing. The two main branches are descriptive and inferential statistics. People who do not have any formal training in statistics are more familiar with inferential statistics than with descriptive statistics. Descriptive Statistics. The descriptive statistics is the type of statistical analysis which helps to describes about the data in some meaningful way. The statistics is used to describe quantitatively about the important features of the data or information. The descriptive statistics gives the summaries of the given sample as well as the observations done. These summaries or descriptions can either be graphical or quantitative. Inferential Statistics. Inferential statistics is the type of statistics which deals with making conclusions. It inferences about the predictions for the population. It also analyses the sample. Basically, the inferential statistics is the procedure of drawing predictions and conclusions about the given data which is subjected to the random variations. Inferential statistics includes detection and prediction of observational and sampling errors. This type of statistics is being utilized in order to make estimates and test the hypotheses using given data. Using Descriptive Statistics and Inferential Statistics we and examine and interpret the data. For instance the data set about the Gestation Demographics provided in the Framingham Heart Study.
1
1
2 1
3
2019/ 9/ 27 Originality Report
originalityReport/ultra?attemptId=10f1dcaf-584c-4ef2-9c1f-2b71a6cc7348&course_id=_65931_1&includeDeleted=true&print=true&download=true… 2/4
By analyzing and examining the raw data, we can make and draw logical conclusions or even compare, contrast or rank these data based on the specified attribute. The use of hypothesis statistical measures is one of the most effective ways to examine and compare properly data attributes. This paper will focus on descriptive statistic and hypothesis testing. (Walpole, 1982). Answer to the questions: Before going further and create histogram I would like to find the descriptive summary of the age of the women in the Gestation Demographics SEU dataset. age
Mean 27.25
Standard Error 0.16
Median 26
Mode 23
Standard Deviation 5.78
Sample Variance 33.39
Kurtosis -0.30
Skewness 0.59
Range 30
Minimum 15
Maximum 45
Sum 33682
Count 1236
From the descriptive summary we can conclude that the mean age of the women in the SEU is 27.25 year, while maximum age is 45 and minimum age of the women is 15. The Sample Variance of the age data is 33.39. Histogram: To draw the histogram it is necessary to fine width and numbers of class to create histogram. From the descriptive summary we can see the range of the age data is 30 and number of observation is 1236.
I would like to take the Numbers of classes 10.
Form the histogram we can that the data of the women age is little bit skewed to the right but we can consider it normal distributed (almost). The highest numbers women ages occurred between 21 and 27. Hypothesis Test: Hypothesis tests are also known as tests of significance which tests some claim for the population by analyzing sample. Let consider the following Hypothesis Test
Null Hypothesis: H0 The mean age of women giving birth is 37 years old. Alternative Hypothesis: H1 The mean age of women giving birth is not 37 years old.
Significance Level (Alpha =0.05). Decision Rule: If P-Value is less than 0.05 Reject the Null hypothesis. The data is normal distributed and sample is large enough so we can use the following formula to find the z test.
Using excel: Mu 37
Mean 27.251
Standard Deviation 5.779
Count 1236
Z-Score -1.687
P-Score 0.046
Decision: Reject the null hypothesis because P-Value (0.046) is less than 0.05. Conclusion: Based on the z test we can see in the test table that the p value is less than the significance level, we found significance evidence against null hypothesis, we reject the null hypothesis and concluded that the mean age of women giving birth is not 37 years old.
References
Walpole, R. (1982). Introduction to Statistics. (3rd ed.). Prentice Hall Publication. Reid, H. (2013, August). Introduction
4
1
5
6 6
5
5
5
7 1 7
2019/ 9/ 27 Originality Report
originalityReport/ultra?attemptId=10f1dcaf-584c-4ef2-9c1f-2b71a6cc7348&course_id=_65931_1&includeDeleted=true&print=true&download=true… 3/4
Source Matches (16)
Student paper 96%
Student paper 100%
Student paper 90%
Student paper 100%
Student paper 100%
Student paper 69%
Student paper 100%
p g to Statistics. SAGE Publication.
Histogram: age 15-18 18-21 21-24 24-27 27-30 30-33 33-36 36-39 39-42 42-45 23 178 259 253 199 127 89 71 29 8 BIN
Frequency
1
Student paper
The most usual applications of Statistics is describing a set of data descriptive and hypothesis testing. The two main branches are descriptive and inferential statistics. People who do not have any formal training in statistics are more familiar with inferential statistics than with descriptive statistics.
Original source
The most usual applications of Statistics is describing a set of data descriptive statistics hypothesis testing and inferential statistics The two main branches are descriptive and inferential statistics People who do not have any formal training in statistics are more familiar with inferential statistics than with descriptive statistics
1
Student paper
The descriptive statistics is the type of statistical analysis which helps to describes about the data in some meaningful way. The statistics is used to describe quantitatively about the important features of the data or information. The descriptive statistics gives the summaries of the given sample as well as the observations done. These summaries or descriptions can either be graphical or quantitative.
Original source
The descriptive statistics is the type of statistical analysis which helps to describes about the data in some meaningful way The statistics is used to describe quantitatively about the important features of the data or information The descriptive statistics gives the summaries of the given sample as well as the observations done These summaries or descriptions can either be graphical or quantitative
2
Student paper
Inferential statistics is the type of statistics which deals with making conclusions. It inferences about the predictions for the population.
Original source
Inferential statistics Inferential statistics is the type of statistics which deals with making conclusions It inferences about the predictions of the population
1
Student paper
It also analyses the sample. Basically, the inferential statistics is the procedure of drawing predictions and conclusions about the given data which is subjected to the random variations. Inferential statistics includes detection and prediction of observational and sampling errors. This type of statistics is being utilized in order to make estimates and test the hypotheses using given data.
Original source
It also analyses the sample Basically, the inferential statistics is the procedure of drawing predictions and conclusions about the given data which is subjected to the random variations Inferential statistics includes detection and prediction of observational and sampling errors This type of statistics is being utilized in order to make estimates and test the hypotheses using given data
3
Student paper
By analyzing and examining the raw data, we can make and draw logical conclusions or even compare, contrast or rank these data based on the specified attribute.
Original source
By analyzing and examining the raw data, we can make and draw logical conclusions or even compare, contrast or rank these data based on the specified attribute
4
Student paper
The use of hypothesis statistical measures is one of the most effective ways to examine and compare properly data attributes. This paper will focus on descriptive statistic and hypothesis testing.
Original source
The use of various descriptive statistical measures is one of the most effective ways to examine properly these business attributes This paper will focus on methods of estimation, confidence interval and hypothesis testing
1
Student paper
Answer to the questions:
Original source
Answer to questions
2019/ 9/ 27 Originality Report
originalityReport/ultra?attemptId=10f1dcaf-584c-4ef2-9c1f-2b71a6cc7348&course_id=_65931_1&includeDeleted=true&print=true&download=true… 4/4
Student paper 72%
Student paper 100%
Student paper 100%
Student paper 70%
Student paper 71%
Student paper 65%
slideserve 100%
Student paper 100%
slideserve 100%
5
Student paper
Standard Deviation 5.78 Sample Variance 33.39
Original source
Standard deviation 5.7814 Sample Variance 33.4246
6
Student paper
H0 The mean age of women giving birth is 37 years old.
Original source
H0 The mean age of women giving birth is 37 years old
6
Student paper
H1 The mean age of women giving birth is not 37 years old.
Original source
H1 the mean age of women giving birth is not 37 years old
5
Student paper
If P-Value is less than 0.05 Reject the Null hypothesis.
Original source
Since the p-value is less than the ∝ value of 0.05, there is enough evidence against the null hypothesis
5
Student paper
Standard Deviation 5.779
Original source
Standard deviation 5.7814
5
Student paper
Reject the null hypothesis because P-Value (0.046) is less than 0.05.
Original source
Since the p-value is less than the ∝ value of 0.05, there is enough evidence against the null hypothesis
7
Student paper
Introduction to Statistics.
Original source
Introduction To Statistics -
1
Student paper
Prentice Hall Publication.
Original source
Prentice Hall Publication
7
Student paper
Introduction to Statistics.
Original source
Introduction To Statistics -