three sample variances. h. Calculaten¯ to measure the effect size for this study. 22 To create the following data we started with the same sample means and variances that appeared in problem 21 but doubled the sample size to n = 10. rem Treatment I| II n = 10 n = 10 %3D n = 10 M = 1 M = 5 M = 6 N = 30 || T = 10 T = 50 T = 60 G = 120 Re s² = 9.00 IGAS s² = 10.00 s2 = 11.00 EX = 890 %3D %3D SS = 81 SS = 90 SS = 99 %3D a. Predict how the increase in sample size should affect the F-ratio for these data compared to the values obtained in problem 21. Use an ANOVA with a = .05 to check your prediction. Note: Be- cause the samples are all the same size, MS.ishie %3D is the average of the three sample variances. 13-4 Oveniew ANOVA 135Axample 22 Problems 36 b. Predict how the increase in sample size should affect the value of n´ for these data compared to the n² in problem 21. Calculate n´to check your prediction. 5. An ANOVA produces an F-ratio with df = 1, 34. %3D

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Author:Amos Gilat
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three sample variances.
h. Calculaten¯ to measure the effect size for this
study.
22 To create the following data we started with the same
sample means and variances that appeared in problem
21 but doubled the sample size to n = 10.
rem
Treatment
I|
II
n = 10
n = 10
%3D
n = 10
M = 1
M = 5
M = 6
N = 30
||
T = 10
T = 50
T = 60
G = 120
Re
s² = 9.00
IGAS
s² = 10.00
s2 = 11.00
EX = 890
%3D
%3D
SS = 81
SS = 90
SS = 99
%3D
a. Predict how the increase in sample size should
affect the F-ratio for these data compared to the
values obtained in problem 21. Use an ANOVA
with a = .05 to check your prediction. Note: Be-
cause the samples are all the same size, MS.ishie
%3D
is
the average of the three sample variances.
13-4
Oveniew
ANOVA
135Axample
Transcribed Image Text:three sample variances. h. Calculaten¯ to measure the effect size for this study. 22 To create the following data we started with the same sample means and variances that appeared in problem 21 but doubled the sample size to n = 10. rem Treatment I| II n = 10 n = 10 %3D n = 10 M = 1 M = 5 M = 6 N = 30 || T = 10 T = 50 T = 60 G = 120 Re s² = 9.00 IGAS s² = 10.00 s2 = 11.00 EX = 890 %3D %3D SS = 81 SS = 90 SS = 99 %3D a. Predict how the increase in sample size should affect the F-ratio for these data compared to the values obtained in problem 21. Use an ANOVA with a = .05 to check your prediction. Note: Be- cause the samples are all the same size, MS.ishie %3D is the average of the three sample variances. 13-4 Oveniew ANOVA 135Axample
22
Problems
36
b. Predict how the increase in sample size should
affect the value of n´ for these data compared to
the n² in problem 21. Calculate n´to check your
prediction.
5. An ANOVA produces an F-ratio with df = 1, 34.
%3D
Transcribed Image Text:22 Problems 36 b. Predict how the increase in sample size should affect the value of n´ for these data compared to the n² in problem 21. Calculate n´to check your prediction. 5. An ANOVA produces an F-ratio with df = 1, 34. %3D
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