We want to conduct a hypothesis test of the claim that the population mean number of holding penalties during a college football game is more than 3.6 penalties per game. So, we choose a random sample of games. The sample has a mean of 3.5 penalties per game and a standard deviation of 0.7 penalties per game. For each of the following sampling scenarios, choose an appropriate test statistic for our hypothesis test on the population mean. Then calculate that statistic. Round your answers to two decimal places. (a) The sample has size 15, and it is from a normally distributed population with an unknown standard deviation. O It is unclear which test statistic to use. (b) The sample has size 80, and it is from a non-normally distributed population with a known standard deviation of 0.71. It is unclear which test statistic to use.
We want to conduct a hypothesis test of the claim that the population mean number of holding penalties during a college football game is more than 3.6 penalties per game. So, we choose a random sample of games. The sample has a mean of 3.5 penalties per game and a standard deviation of 0.7 penalties per game. For each of the following sampling scenarios, choose an appropriate test statistic for our hypothesis test on the population mean. Then calculate that statistic. Round your answers to two decimal places. (a) The sample has size 15, and it is from a normally distributed population with an unknown standard deviation. O It is unclear which test statistic to use. (b) The sample has size 80, and it is from a non-normally distributed population with a known standard deviation of 0.71. It is unclear which test statistic to use.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
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Chapter1: Starting With Matlab
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Problem 1P
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![We want to conduct a hypothesis test of the claim that the population mean number of holding penalties during a college football game is more than 3.6
penalties per game. So, we choose a random sample of games. The sample has a mean of 3.5 penalties per game and a standard deviation of 0.7 penalties per
game.
For each of the following sampling scenarios, choose an appropriate test statistic for our hypothesis test on the population mean. Then calculate that statistic.
Round your answers to two decimal places.
(a) The sample has size 15, and it is from a normally distributed population with an unknown standard deviation.
Ot=
It is unclear which test statistic to use.
(b) The sample has size 80, and it is from a non-normally distributed population with a known standard deviation of 0.71.
t3D
It is unclear which test statistic to use.
12.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F22767b8e-253f-4bc0-baec-35202557786d%2F6e473317-4e73-4a5f-a87e-5ea9f08dab92%2Fsig18u6_processed.jpeg&w=3840&q=75)
Transcribed Image Text:We want to conduct a hypothesis test of the claim that the population mean number of holding penalties during a college football game is more than 3.6
penalties per game. So, we choose a random sample of games. The sample has a mean of 3.5 penalties per game and a standard deviation of 0.7 penalties per
game.
For each of the following sampling scenarios, choose an appropriate test statistic for our hypothesis test on the population mean. Then calculate that statistic.
Round your answers to two decimal places.
(a) The sample has size 15, and it is from a normally distributed population with an unknown standard deviation.
Ot=
It is unclear which test statistic to use.
(b) The sample has size 80, and it is from a non-normally distributed population with a known standard deviation of 0.71.
t3D
It is unclear which test statistic to use.
12.
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