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Suppose you have a normally distributed population such that oʻ S², we find that from a random sample of size n = 9, x = 0.914. Does our population variance seem = 5. Using the sampling distribution of reasonable? Note: We will consider our population variance reasonable if our x value falls within the interval x20.975 (df), x²0.025(df)]. Part 1: Find the chi-square values. x°0.975(df) : (Round to 3 decimals.) x°0.025(df) : (Round to 3 decimals.)

Suppose you have a normally distributed population such that oʻ S², we find that from a random sample of size n = 9, x = 0.914. Does our population variance seem = 5. Using the sampling distribution of reasonable? Note: We will consider our population variance reasonable if our x value falls within the interval x20.975 (df), x²0.025(df)]. Part 1: Find the chi-square values. x°0.975(df) : (Round to 3 decimals.) x°0.025(df) : (Round to 3 decimals.)

MATLAB: An Introduction with Applications
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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= 5. Using the sampling distribution of :0.914. Does our population variance seem Suppose you have a normally distributed population such that o? S', we find that from a random sample of size n = = 9, x² reasonable? Note: We will consider our population variance reasonable if our x value falls within the interval xo.975 (df), x°0.025(df)]. Part 1: Find the chi-square values. x'0.975(df) (Round to 3 decimals.) x°0.025 (d f) = (Round to 3 decimals.)
Transcribed Image Text:= 5. Using the sampling distribution of :0.914. Does our population variance seem Suppose you have a normally distributed population such that o? S', we find that from a random sample of size n = = 9, x² reasonable? Note: We will consider our population variance reasonable if our x value falls within the interval xo.975 (df), x°0.025(df)]. Part 1: Find the chi-square values. x'0.975(df) (Round to 3 decimals.) x°0.025 (d f) = (Round to 3 decimals.)
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