HERE
Question 1
The values in the following matrix are treatment means from a two-factor study. One of the means is missing. What value for the missing mean would result in no interaction
?
B1 |
B 2 |
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A1 |
6 |
8 |
|||||||||||||||
A2 |
12 |
? |
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Answer
a. |
2 | ||||||||
b. |
1 4 |
||||||||
c. |
|||||||||
d. |
1 0 |
Question 2
Refer to the following set of data
A1 |
n = 5 10 |
n = 5 20 |
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A2 |
For these data, what is the value of SSA?
Answer
-0.20 |
|
5.00 |
|
1. 50 |
|
0 |
Question 3
The following data represent the means for each treatment condition in a two factor experiment. Note that one mean is not given. What value for the missing mean would result in no AxB interaction?
20 |
30 |
||
10 |
? |
Answer
40 |
Question 4
The following table shows the results of a two-factor analysis of variance with two levels of factor A, three levels of factor B, and a separate sample of n = 5 participants in each of the treatment conditions. Note that several values are missing in the table. What is the missing value for the F-ratio for the AxB interaction?
Answer
16 |
4 |
Question 5
The following table shows the results of a repeated-measures ANOVA. Based on this table, what is the value for ?2 for factor A?
Answer
12/ 9 9 |
12 / 36 |
12/96 |
12/120 |
Question 6
Refer to the following data
A1 |
n = 10 |
n = 10 |
|||
A2 |
n = 10 |
n = 10 |
N = 40, G = 100, G2/N =
250
, 2 = 588
For these data, what is the SS value for factor A (SSA)?
Answer
50 |
250 |
125 |
Question 7
Refer to the following set of data
B1
B2
A1
n = 5
M = 1
SS = 10
n = 5
M = 3
SS = 20
A2
n = 5
M = 1
SS = 10
n = 5
M = 1
SS = 10
For these data, what is the value for SSwithin?
Answer
25.0 |
3.125 |
12.5 |
50.0 |
Question 8
Refer to the following data
B1
B2
A1
n = 10
T = 40
SS = 70
n = 10
T = 10
SS = 80
A2
n = 10
T = 30
SS = 73
n = 10
T = 20
SS = 65
N = 40, G = 100, G2/N = 250, 2 = 588
For these data, what is dfwithin treatments?
Answer
39 |
18 |
9 |
36 |