A multiple comparison procedure is done to determine if any two populations are significantly different from one another. This procedure can be done when there are at least 3 populations being compared. The first step is to compute the absolute value of each of the differences, |pi − pj|, for populations i and j. We previously found the following sample proportions. p1 = 0.528 p2 = 0.44 p3 = 0.39 Find the absolute value of the difference in population proportions for populations i = 1 and j = 2. |p1 − p2| = 0.528 − = Find the absolute value of the difference in population proportions for populations i = 1 and j = 3. |p1 − p3| = 0.528 − = Find the absolute value of the difference in population proportions for populations i = 2 and j = 3. |p2 − p3| = 0.44 − =
A multiple comparison procedure is done to determine if any two populations are significantly different from one another. This procedure can be done when there are at least 3 populations being compared. The first step is to compute the absolute value of each of the differences, |pi − pj|, for populations i and j. We previously found the following sample proportions. p1 = 0.528 p2 = 0.44 p3 = 0.39 Find the absolute value of the difference in population proportions for populations i = 1 and j = 2. |p1 − p2| = 0.528 − = Find the absolute value of the difference in population proportions for populations i = 1 and j = 3. |p1 − p3| = 0.528 − = Find the absolute value of the difference in population proportions for populations i = 2 and j = 3. |p2 − p3| = 0.44 − =
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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A multiple comparison procedure is done to determine if any two populations are significantly different from one another. This procedure can be done when there are at least 3 populations being compared. The first step is to compute the absolute value of each of the differences,
|pi − pj|,
for populations i and j. We previously found the following sample proportions.p1 = 0.528 |
p2 = 0.44 |
p3 = 0.39 |
Find the absolute value of the difference in population proportions for populations
i = 1
and
j = 2.
|p1 − p2| | = |
|
||
= |
Find the absolute value of the difference in population proportions for populations
i = 1
and
j = 3.
|p1 − p3| | = |
|
||
= |
Find the absolute value of the difference in population proportions for populations
i = 2
and
j = 3.
|p2 − p3| | = |
|
||
= |
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