At a large corporation, 6,000 employees from department A and 4,000 employees from department B are attending a training session. A random sample of 500 employees attending the session will be selected. Consider two sampling methods: with replacement and without replacement. How will the methods affect the standard deviations of the sampling distribution of the sample proportion ofemployees from department B? A The standard deviations will be equal from either method
At a large corporation, 6,000 employees from department A and 4,000 employees from department B are attending a training session. A random sample of 500 employees attending the session will be selected. Consider two sampling methods: with replacement and without replacement. How will the methods affect the standard deviations of the sampling distribution of the sample proportion ofemployees from department B? A The standard deviations will be equal from either method
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
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Transcribed Image Text:A To-do
O Assignment name: sampl distr. CI x
A apclassroom.collegeboard.org/33/assessments/assignments/32758682
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sampl distr. CI means
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Question 21 W
At a large corporation, 6,000 employees from department A and 4,000 employees from department B are attending a training session. A random sample of 500 employees attending the session will be selected. Consider two sampling methods: with replacement and without
replacement. How will the methods affect the standard deviations of the sampling distribution of the sample proportion of employees from department B?
The standard deviations will be equal from either method.
Submit
0.4(0.6)
Sampling without replacement will result in a standard deviation less than but close to 1
500
0.4(0.6)
Sampling without replacement will result in a standard deviation greater than but close to
500
0.4(0.6)
V
D
Sampling with replacement will result in a standard deviation less than but close to
500
0.4(0.6)
E
Sampling with replacement will result in a standard deviation greater than but close to
500
>
Q
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