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Assignment: SPSS – Analysis of Variance (ANOVA)

In Week 3, you ran the independent-samples t-test to compare the mean of two groups. However, there may be circumstances w ...

Assignment: SPSS – Analysis of Variance (ANOVA)

In Week 3, you ran the independent-samples t-test to compare the mean of two groups. However, there may be circumstances where you need to compare more than two group means. An ANOVA is a statistical method used to compare the means of two or more groups. For example, an IT manager wants to determine whether the mean (average) times required to complete a certain IT task differ based on the three types of employee training. The IT manager randomly selects 10 employees who have undergone the three types of training (three groups). Using an ANOVA, the IT manager could analyze data to verify whether the mean times required to complete the same IT task varies based on the three types of training.
For this Assignment, you will run a one-way ANOVA using the Week 4 Data File for One-way ANOVA.sav data file.
To prepare for this Assignment, review Lesson 25 from the Green and Salkind (2017) text, the Week 4 Assignment Exemplar and Week 4 Assignment Template documents, and the tutorial videos provided in this week’s Resources. Review the Roy and Saha (2016) article. Be sure to review the footnotes in the Week 4 Assignment Exemplar, as they provide additional explanatory information. Consider how you would extend your quantitative research to be appropriate for a one-way ANOVA. Download Week 4 Data File for One-way ANOVA.sav from the weekly resources.
By Day 7
Submit a synthesis of statistical findings derived from ANOVA that follows the Week 4 Assignment Template. Your paper must include the following:
A description and justification for using the one-way ANOVA
A properly formatted research question
A properly formatted H0(null) and H1 (alternate) hypothesis
An APA-formatted “Results” section for the one-way ANOVA
Identification of the statistical test
Identification of independent and dependent variables, including the identification of the number of levels for the independent variable
Identification of data assumptions and assessment outcome
Inferential results in correct APA statistical notation format
A properly formatted box plot
A discussion on how you would extend the one-way ANOVA to a two-way ANOVA using the variables in the Week 4 Data File for One-way ANOVA.sav dataset.
Properly APA-formatted references
Appendix containing SPSS output (see Week 4 Assignment Exemplar)
Note: You will cut and paste the appropriate SPSS output into the Appendix. The SPSS output is not in APA format, so you will need to type the information from the SPSS output to the appropriate sections of the APA table. Be sure to use the Week 4 Assignment Template to complete this Assignment. Also, refer to the Week 4 Assignment Rubric for specific grading elements and criteria. Your Instructor will use this rubric to assess your work.

Suppose that there are two (2) candidates (i.e., Jones and Johns) in the upcoming presidential election, assignment help

Suppose that there are two (2) candidates (i.e., Jones and Johns) in
the upcoming presidential election. Sara note ...

Suppose that there are two (2) candidates (i.e., Jones and Johns) in the upcoming presidential election, assignment help

Suppose that there are two (2) candidates (i.e., Jones and Johns) in
the upcoming presidential election. Sara notes that she has discussed
the presidential election candidates with 15 friends, and 10 said that
they are voting for candidate Jones. Sara is therefore convinced that
candidate Jones will win the election because Jones gets more than 50%
of votes. Answer the following questions in the space provided below:
Based on what you now know about statistical inference, is Sara’s conclusion a logical conclusion? Why or why not?How many friend samples Sara should have in order to draw the conclusion with 95% confidence interval? Why?How would you explain your conclusion to Sara without using any statistical jargon? Why?

2 pages

2stasticstests

1. The Scottsdale fire department aims to respond to fire calls in less than 4 minutes, on average. Response times are nor ...

2stasticstests

1. The Scottsdale fire department aims to respond to fire calls in less than 4 minutes, on average. Response times are normally distributed with a ...

28 pages

STATISTICS: Logic of Hypothesis Testing

STATISTICS: Logic of Hypothesis Testing
A. Introduction
B. Significance Testing
C. Type I and Type II Errors
D. One- a ...

STATISTICS: Logic of Hypothesis Testing

STATISTICS: Logic of Hypothesis Testing
A. Introduction
B. Significance Testing
C. Type I and Type II Errors
D. One- and Two-Tailed Tests
E. Interpreting Significant Results
F. Interpreting Non-Significant Results
G. Steps in Hypothesis Testing
H. Significance Testing and Confidence Intervals
I. Misconceptions
J. Exercises

5 pages

Narrative Design

The general aspects of the two research designs portray their differences and consequent similarities between them, and in ...

Narrative Design

The general aspects of the two research designs portray their differences and consequent similarities between them, and in the long run, show how they ...

Complete the case problem, “Property Purchase Strategy”

Complete the case problem, “Property Purchase Strategy” located at the end of chapter 20 in Modern Business Statistics ...

Complete the case problem, “Property Purchase Strategy”

Complete the case problem, “Property Purchase Strategy” located at the end of chapter 20 in Modern Business Statistics 7e. Upload your report and discuss your findings and recommendations.
Note : Make sure to include outside sources to support your discussion.
https://youtu.be/NQ-mYn9fPag
https://youtu.be/ydvnVw80I_8

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Most Popular Content

Assignment: SPSS – Analysis of Variance (ANOVA)

In Week 3, you ran the independent-samples t-test to compare the mean of two groups. However, there may be circumstances w ...

Assignment: SPSS – Analysis of Variance (ANOVA)

In Week 3, you ran the independent-samples t-test to compare the mean of two groups. However, there may be circumstances where you need to compare more than two group means. An ANOVA is a statistical method used to compare the means of two or more groups. For example, an IT manager wants to determine whether the mean (average) times required to complete a certain IT task differ based on the three types of employee training. The IT manager randomly selects 10 employees who have undergone the three types of training (three groups). Using an ANOVA, the IT manager could analyze data to verify whether the mean times required to complete the same IT task varies based on the three types of training.
For this Assignment, you will run a one-way ANOVA using the Week 4 Data File for One-way ANOVA.sav data file.
To prepare for this Assignment, review Lesson 25 from the Green and Salkind (2017) text, the Week 4 Assignment Exemplar and Week 4 Assignment Template documents, and the tutorial videos provided in this week’s Resources. Review the Roy and Saha (2016) article. Be sure to review the footnotes in the Week 4 Assignment Exemplar, as they provide additional explanatory information. Consider how you would extend your quantitative research to be appropriate for a one-way ANOVA. Download Week 4 Data File for One-way ANOVA.sav from the weekly resources.
By Day 7
Submit a synthesis of statistical findings derived from ANOVA that follows the Week 4 Assignment Template. Your paper must include the following:
A description and justification for using the one-way ANOVA
A properly formatted research question
A properly formatted H0(null) and H1 (alternate) hypothesis
An APA-formatted “Results” section for the one-way ANOVA
Identification of the statistical test
Identification of independent and dependent variables, including the identification of the number of levels for the independent variable
Identification of data assumptions and assessment outcome
Inferential results in correct APA statistical notation format
A properly formatted box plot
A discussion on how you would extend the one-way ANOVA to a two-way ANOVA using the variables in the Week 4 Data File for One-way ANOVA.sav dataset.
Properly APA-formatted references
Appendix containing SPSS output (see Week 4 Assignment Exemplar)
Note: You will cut and paste the appropriate SPSS output into the Appendix. The SPSS output is not in APA format, so you will need to type the information from the SPSS output to the appropriate sections of the APA table. Be sure to use the Week 4 Assignment Template to complete this Assignment. Also, refer to the Week 4 Assignment Rubric for specific grading elements and criteria. Your Instructor will use this rubric to assess your work.

Suppose that there are two (2) candidates (i.e., Jones and Johns) in
the upcoming presidential election. Sara note ...

Suppose that there are two (2) candidates (i.e., Jones and Johns) in
the upcoming presidential election. Sara notes that she has discussed
the presidential election candidates with 15 friends, and 10 said that
they are voting for candidate Jones. Sara is therefore convinced that
candidate Jones will win the election because Jones gets more than 50%
of votes. Answer the following questions in the space provided below:
Based on what you now know about statistical inference, is Sara’s conclusion a logical conclusion? Why or why not?How many friend samples Sara should have in order to draw the conclusion with 95% confidence interval? Why?How would you explain your conclusion to Sara without using any statistical jargon? Why?

2 pages

2stasticstests

1. The Scottsdale fire department aims to respond to fire calls in less than 4 minutes, on average. Response times are nor ...

2stasticstests

1. The Scottsdale fire department aims to respond to fire calls in less than 4 minutes, on average. Response times are normally distributed with a ...

28 pages

STATISTICS: Logic of Hypothesis Testing

STATISTICS: Logic of Hypothesis Testing
A. Introduction
B. Significance Testing
C. Type I and Type II Errors
D. One- a ...

STATISTICS: Logic of Hypothesis Testing

STATISTICS: Logic of Hypothesis Testing
A. Introduction
B. Significance Testing
C. Type I and Type II Errors
D. One- and Two-Tailed Tests
E. Interpreting Significant Results
F. Interpreting Non-Significant Results
G. Steps in Hypothesis Testing
H. Significance Testing and Confidence Intervals
I. Misconceptions
J. Exercises

5 pages

Narrative Design

The general aspects of the two research designs portray their differences and consequent similarities between them, and in ...

Narrative Design

The general aspects of the two research designs portray their differences and consequent similarities between them, and in the long run, show how they ...

Complete the case problem, “Property Purchase Strategy”

Complete the case problem, “Property Purchase Strategy” located at the end of chapter 20 in Modern Business Statistics ...

Complete the case problem, “Property Purchase Strategy”

Complete the case problem, “Property Purchase Strategy” located at the end of chapter 20 in Modern Business Statistics 7e. Upload your report and discuss your findings and recommendations.
Note : Make sure to include outside sources to support your discussion.
https://youtu.be/NQ-mYn9fPag
https://youtu.be/ydvnVw80I_8

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