After these steps, your data sheet should look like below (only part of my data sheet):ABCDEFGHIMixture Mostly_Building Mostly_Open Mostly_Sky Mostly_Trees Most_Water Other Roads_Cars12 Stress_level3 Stress_level4 Stress_level5 Stress_level6 Stress_level7Stress_level8 Stress_level9 Stress_level10 Stress_level11 Stress_level12 Stress_level13 Stress_level14 Stress_level15 Stress_level16 Stress_level17 Stress_level18 Stress_level19 Stress_level20 Stress_level21 Stress_level22 Stress_level23 Stress_level24 Stress_level25 Stress_level26 Stress_level27 Stress_level242212212131122113322322121422341533312114313465141232123223313212132111411313112322213212125112113314222212 111211131111131311513212335453445455524463637232is inb. Conduct Single Factor ANOVA analysis as we did in Unit 10. Note: your data rangeB1:179 (or wherever your data values stop if you have different number of rows from mine)Question 12: What is the "factor" in this single factor ANOVA analysis?Question 13: What is your hypothesis in this single factor ANOVA analysis?Question 14: What is the result of this analysis? Note: Make sure to cite your F values or pvalues (you may choose one of these) to reject or accept your hypothesis.JQuestion 15: How do you interpret the result? Note: use words to explain what this result meanabout one's perception of the environment and their stress level.

Since you have posted multiple questions, we will provide the solutiononly to the first question as…

Answered: b. Conduct Single Factor ANOVA analysis…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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Mean Square Mean Square (MS) Source of Sum of Degrees Freedom (df) of Variation Squares (SS) Estimates F Between groups (factor effect) SSF MSF SSF I- 1 MSF o + o І — 1 MSE Within groups SSE SSE N-I MSE (error) N - I Total SST N-1
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