Add 0.1 and 0.2 to each one of the closing prices in data sets B and C, respectively Data set A Data set B Data set C 56,804.90 58,918.83 60,683.82 55,907.20 58,917.69 61,572.79 59,302.32 57,750.20 63,314.01 61,243.09 55,950.75 63,109.70 57,332.09 55,973.51 63,503.46 57,805.12 55,137.31 56,008.55 51,704.16 54,824.12 52,774.27 59,893.45 60,204.96 59,793.23 Imagine you are testing for the effects of two experimental drugs (data sets B and C) relative to a control group (Data set A) on a physiological variable. a) Conduct an ANOVA on the data set. Show all calculations, table of results, and state your conclusion. b) Use the Bonferroni-Holm (regardless of whether part "a" is significant or not) to examine all pairwise comparisons. Show all your calculations and state your conclusions.

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Add 0.1 and 0.2 to each one of the closing prices in data sets B and C, respectively
Data set A Data set B
Data set C
56,804.90
58,918.83
60,683.82
55,907.20
58,917.69
61,572.79
59,302.32
57,750.20
63,314.01
61,243.09
55,950.75
63,109.70
57,332.09
55,973.51
63,503.46
57,805.12 55,137.31
59,893.45
56,008.55
51,704.16
60,204.96
54,824.12
52,774.27
59,793.23
Imagine you are testing for the effects of two experimental drugs (data sets B and C)
relative to a control group (Data set A) on a physiological variable.
a) Conduct an ANOVA on the data set. Show all calculations, table of results, and
state your conclusion.
b) Use the Bonferroni-Holm (regardless of whether part “a" is significant or not)
to examine all pairwise comparisons. Show all your calculations and state your
conclusions.
Transcribed Image Text:Add 0.1 and 0.2 to each one of the closing prices in data sets B and C, respectively Data set A Data set B Data set C 56,804.90 58,918.83 60,683.82 55,907.20 58,917.69 61,572.79 59,302.32 57,750.20 63,314.01 61,243.09 55,950.75 63,109.70 57,332.09 55,973.51 63,503.46 57,805.12 55,137.31 59,893.45 56,008.55 51,704.16 60,204.96 54,824.12 52,774.27 59,793.23 Imagine you are testing for the effects of two experimental drugs (data sets B and C) relative to a control group (Data set A) on a physiological variable. a) Conduct an ANOVA on the data set. Show all calculations, table of results, and state your conclusion. b) Use the Bonferroni-Holm (regardless of whether part “a" is significant or not) to examine all pairwise comparisons. Show all your calculations and state your conclusions.
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