Suppose our population is {2, 4, 6, 8}, with each value equally likely (e.g. P(2) P(4) = 2. We're sampling without replacement, meaning a number can't appear more than once in our sample. %3D 1/4). We are interested in the sampling distribution of X based on samples of size n = (a) List out all possible samples of size 2. (b) Find X for each of the samples in (a). (c) Give the probability distribution of X. This is its sampling distribution. (d) What is the probability of obtaining a sample mean of 5 from a sample of size 2 from this popu- lation?

MATLAB: An Introduction with Applications
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Author:Amos Gilat
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Suppose our population is {2, 4, 6, 8}, with each value equally likely (e.g. P(2) = P(4) =
1/4). We are interested in the sampling distribution of X based on samples of size n = 2. We're
1.
sampling without replacement, meaning a number can't appear more than once in our sample.
(a) List out all possible samples of size 2.
(b) Find X for each of the samples in (a).
(c) Give the probability distribution of X. This is its sampling distribution.
(d) What is the probability of obtaining a sample mean of 5 from a sample of size 2 from this popu-
lation?
Transcribed Image Text:Suppose our population is {2, 4, 6, 8}, with each value equally likely (e.g. P(2) = P(4) = 1/4). We are interested in the sampling distribution of X based on samples of size n = 2. We're 1. sampling without replacement, meaning a number can't appear more than once in our sample. (a) List out all possible samples of size 2. (b) Find X for each of the samples in (a). (c) Give the probability distribution of X. This is its sampling distribution. (d) What is the probability of obtaining a sample mean of 5 from a sample of size 2 from this popu- lation?
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