You suspect that your east-facing portion of your Macintosh apple orchard is producing less apples than your west facing portion. You decide to conduct a study of your apple trees to determine the average production of apples per tree as measured in bushels for both sections. Conduct a hypothesis test at 5% level of significance to determine if the East facing section is producing significantly less apples per tree compared to the West facing section. Use the table below. Sample size of trees Average amount of deviation Bushels Standard West 55 28 East 50 12 What is the p-value? p=0.0021 0.025

MATLAB: An Introduction with Applications
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ISBN:9781119256830
Author:Amos Gilat
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You suspect that your east-facing portion of your Macintosh apple orchard is
producing less apples than your west facing portion. You decide to conduct a study
of your apple trees to determine the average production of apples per tree as
measured in bushels for both sections. Conduct a hypothesis test at 5% level of
significance to determine if the East facing section is producing significantly less
apples per tree compared to the West facing section. Use the table below.
Sample size
Average
amount of
Standard
of trees
deviation
Bushels
West
55
28
East
50
22
12
What is the p-value?
p=0.0021
0.025<p<0.05
p=0.0042
p=0.9979
0.05<p<0.1
Transcribed Image Text:You suspect that your east-facing portion of your Macintosh apple orchard is producing less apples than your west facing portion. You decide to conduct a study of your apple trees to determine the average production of apples per tree as measured in bushels for both sections. Conduct a hypothesis test at 5% level of significance to determine if the East facing section is producing significantly less apples per tree compared to the West facing section. Use the table below. Sample size Average amount of Standard of trees deviation Bushels West 55 28 East 50 22 12 What is the p-value? p=0.0021 0.025<p<0.05 p=0.0042 p=0.9979 0.05<p<0.1
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