Parts DE a b i, ii , iii 2. Here is data for a study testing a new anti-anxiety medication. It is predicted that the placebo will have asignificant effect compared to no treatment., and the medication will have a larger effect than the placebo. Usalpha = .01.No treatmentPlaceboMedicationY1 = 12SS = 31Y1 = 10SS, = 92Y1 = 7SS; = 25ni = 11n2 = 11n; = 11SSTotal = 301A. State the hypotheses.B. Make a decision about the null.a. Calculate the ANOVA test.b. Calculate the effect size.C. State your conclusion.D. Relate your conclusion to the research.E. If allowed, conduct analytical comparisons.a. State the hypotheses.b. Make a decision about the null.i. Calculate the Fcomp.ii. Calculate the effect size.iii. State your conclusion.100近

Name: Parts DE a b i, ii , iii 2. Here is data for a study te
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Description: Parts DE a b i, ii , iii 2. Here is data for a study testing a new anti-anxiety medication. It is predicted that the placebo will have asignificant effect compared to no treatment., and the medication will have a larger effect than the

SS within= SS1+SS2+SS3 SS within= 31+92+25= 148 DF within= 33-3= 30 SS Total= 301 DF Total=…

Math

Statistics

2. Here is data for a study testing a new anti-anxiety medication. It is predicted that the placebo will have a significant effect compared to no treatment., and the medication will have a larger effect than the placebo. Us alpha = .01. No treatment Placebo Medication Y1 = 12 SS; = 31 n = 11 Y1= 10 Y1 =7 SS; = 25 SS, = 92 %3D %3D n = 11 n; = 11 SSTotal = 301 %3D A. State the hypotheses. B. Make a decision about the null. a. Calculate the ANOVA test. b. Calculate the effect size. C. State conclusion. D. Relate your conclusion to the research. E. If allowed, conduct analytical comparisons. a. State the hypotheses. b. Make a decision about the null. i. Calculate the Fcomp. your ii. Calculate the effect size. 111. State your conclusion.

2. Here is data for a study testing a new anti-anxiety medication. It is predicted that the placebo will have a significant effect compared to no treatment., and the medication will have a larger effect than the placebo. Us alpha = .01. No treatment Placebo Medication Y1 = 12 SS; = 31 n = 11 Y1= 10 Y1 =7 SS; = 25 SS, = 92 %3D %3D n = 11 n; = 11 SSTotal = 301 %3D A. State the hypotheses. B. Make a decision about the null. a. Calculate the ANOVA test. b. Calculate the effect size. C. State conclusion. D. Relate your conclusion to the research. E. If allowed, conduct analytical comparisons. a. State the hypotheses. b. Make a decision about the null. i. Calculate the Fcomp. your ii. Calculate the effect size. 111. State your conclusion.

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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