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m<RQS = 52 degree
m<SRT = 25 degree............................
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Grantham University Statistics Social Essay
Whipps, J., Byra, M., Gerow, K. G., & Guseman, E. H. (2018). Evaluation of nighttime media use and sleep patterns in f ...
Grantham University Statistics Social Essay
Whipps, J., Byra, M., Gerow, K. G., & Guseman, E. H. (2018). Evaluation of nighttime media use and sleep patterns in first-semester college students. American Journal of Health Behavior, 42(3), 47-55. DOI: 10.5993/AJHB.42.3.5
In this second portion of the Final Exam, you will critically evaluate a quantitative research study on a social science topic. Your instructor will post an announcement with the reference for the article assigned for the exam. The study will be from a peer-reviewed journal and published within the last 10 years.
In the body of your critique, describe the statistical approaches used, the variables included, the hypothesis(es) proposed, and the interpretation of the results. In your conclusion, suggest other statistical approaches that could have been used and, if appropriate, suggest alternative interpretations of the results. This process will allow you to apply the concepts learned throughout the course in the interpretation of actual scientific research.
Your critique must include the following sections and information:
Introduction:
This section will introduce the assigned peer-reviewed quantitative study.
Identify clearly the research questions and/or hypothesis(es) as well as the purpose of the study.
Methods:
Describe the procedures and methods of data collection, measures/instruments used, the participants and how they were selected, and the statistical techniques used.
Results:
Summarize in this section the results presented in the study.
Discussion:
Evaluate the efficacy of the research study by discussing the following:
Address the strengths, weaknesses, and limitations of the study and suggest future research directions.
Include additional forms of statistical analyses as part of the suggestions for future research.
Conclusion:
Summarize the main points of your evaluation of the study.
Explain how the statistical test used in the study could be applied to your future career. Give one example.
Discuss how your ability to critique quantitative research could impact your future career.
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A. Introduction
B. Degrees of Freedom
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D. Confidence Intervals ...
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A. Introduction
B. Degrees of Freedom
C. Characteristics of Estimators
D. Confidence Intervals
1. Introduction
2. Confidence Interval for the Mean
3. t distribution
4. Confidence Interval for the Difference Between Means
5. Confidence Interval for Pearson's Correlation
6. Confidence Interval for a Proportion
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Mathematical Modeling by Linear Algebra (4 problems)#1-2: Exercise 5.8. (This problem was assigned in the last set of home ...
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Mathematical Modeling by Linear Algebra (4 problems)#1-2: Exercise 5.8. (This problem was assigned in the last set of homework. You are asked to read my solution and redo this problem with my csv data from BB and with your improved R codes with your own style. Again, this problem is long and is considered as two problems): The monthly dataset is NOAAGlobalT.csv. You need to extract the data for the Pacific region first, and then convert the monthly data in annual data. Then you can apply the SVD command. #3-4: Exercise 5.9 (This problem is long and is considered as two problems): The dataset is PrcpRecon5degAnn.csv,Mathematical Modeling by Calculus (3 problems)#5: Exercise 6.1#6: Exercise 6.5#7: Exercise 6.6Probability Modeling#8: (a) Derive the Buffon’s needle problem solution when the needle length is longer than the gap of two lines. (b) Write an R program to simulate the above Buffon’s needle problem in (a).#9: Write an R code for Monte Carlo simulation to calculate the volume of a unit ball in 8-dimensional space.#10: When one roll two dice randomly, it is known that the event of two dice’s sum equal to 7 has a probability 1/6. Write an R code to simulate this process and verify this result.follow the syntax of the book for the coding part
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Most Popular Content
Grantham University Statistics Social Essay
Whipps, J., Byra, M., Gerow, K. G., & Guseman, E. H. (2018). Evaluation of nighttime media use and sleep patterns in f ...
Grantham University Statistics Social Essay
Whipps, J., Byra, M., Gerow, K. G., & Guseman, E. H. (2018). Evaluation of nighttime media use and sleep patterns in first-semester college students. American Journal of Health Behavior, 42(3), 47-55. DOI: 10.5993/AJHB.42.3.5
In this second portion of the Final Exam, you will critically evaluate a quantitative research study on a social science topic. Your instructor will post an announcement with the reference for the article assigned for the exam. The study will be from a peer-reviewed journal and published within the last 10 years.
In the body of your critique, describe the statistical approaches used, the variables included, the hypothesis(es) proposed, and the interpretation of the results. In your conclusion, suggest other statistical approaches that could have been used and, if appropriate, suggest alternative interpretations of the results. This process will allow you to apply the concepts learned throughout the course in the interpretation of actual scientific research.
Your critique must include the following sections and information:
Introduction:
This section will introduce the assigned peer-reviewed quantitative study.
Identify clearly the research questions and/or hypothesis(es) as well as the purpose of the study.
Methods:
Describe the procedures and methods of data collection, measures/instruments used, the participants and how they were selected, and the statistical techniques used.
Results:
Summarize in this section the results presented in the study.
Discussion:
Evaluate the efficacy of the research study by discussing the following:
Address the strengths, weaknesses, and limitations of the study and suggest future research directions.
Include additional forms of statistical analyses as part of the suggestions for future research.
Conclusion:
Summarize the main points of your evaluation of the study.
Explain how the statistical test used in the study could be applied to your future career. Give one example.
Discuss how your ability to critique quantitative research could impact your future career.
11 pages
Experiential Learming
Please go to Professor Kenneth French's data library website and obtained monthly returns data on the “Fama/French 3 Fac ...
Experiential Learming
Please go to Professor Kenneth French's data library website and obtained monthly returns data on the “Fama/French 3 Factors” and the risk free ...
8 pages
Statistical Analysis Report
➢ As health practitioners at NCLEX Memorial Hospital, our common ➢ The rate at which patients with an infectious disea ...
Statistical Analysis Report
➢ As health practitioners at NCLEX Memorial Hospital, our common ➢ The rate at which patients with an infectious disease have been
40 pages
STATISTICS: Estimation
STATISTICS: Estimation
A. Introduction
B. Degrees of Freedom
C. Characteristics of Estimators
D. Confidence Intervals ...
STATISTICS: Estimation
STATISTICS: Estimation
A. Introduction
B. Degrees of Freedom
C. Characteristics of Estimators
D. Confidence Intervals
1. Introduction
2. Confidence Interval for the Mean
3. t distribution
4. Confidence Interval for the Difference Between Means
5. Confidence Interval for Pearson's Correlation
6. Confidence Interval for a Proportion
Discrete Math
I have a discrete math project. All I want you to do is that answer the questions completely. Questions are not hard and d ...
Discrete Math
I have a discrete math project. All I want you to do is that answer the questions completely. Questions are not hard and due date is vital for me
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Mathematical Modeling by Linear Algebra (4 problems)#1-2: Exercise 5.8. (This problem was assigned in the last set of home ...
Math Modeling// R programming
Mathematical Modeling by Linear Algebra (4 problems)#1-2: Exercise 5.8. (This problem was assigned in the last set of homework. You are asked to read my solution and redo this problem with my csv data from BB and with your improved R codes with your own style. Again, this problem is long and is considered as two problems): The monthly dataset is NOAAGlobalT.csv. You need to extract the data for the Pacific region first, and then convert the monthly data in annual data. Then you can apply the SVD command. #3-4: Exercise 5.9 (This problem is long and is considered as two problems): The dataset is PrcpRecon5degAnn.csv,Mathematical Modeling by Calculus (3 problems)#5: Exercise 6.1#6: Exercise 6.5#7: Exercise 6.6Probability Modeling#8: (a) Derive the Buffon’s needle problem solution when the needle length is longer than the gap of two lines. (b) Write an R program to simulate the above Buffon’s needle problem in (a).#9: Write an R code for Monte Carlo simulation to calculate the volume of a unit ball in 8-dimensional space.#10: When one roll two dice randomly, it is known that the event of two dice’s sum equal to 7 has a probability 1/6. Write an R code to simulate this process and verify this result.follow the syntax of the book for the coding part
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