It will be tested that individuals living in two different cities have different time to watch television. Accordingly, the average watching time of 12 people from the first city is 68 minutes and the...


It will be tested that individuals living in two<br>different cities have different time to watch<br>television. Accordingly, the average watching<br>time of 12 people from the first city is 68<br>minutes and the standard deviation is 20, and<br>the average watching TV of 16 people from the<br>second city is X minutes (specify a number<br>between 50 and 70) and the standard deviation is<br>Y minutes (a number between 10 and 30.) has<br>been found. Test the claim at the 0.10<br>significance level!<br>

Extracted text: It will be tested that individuals living in two different cities have different time to watch television. Accordingly, the average watching time of 12 people from the first city is 68 minutes and the standard deviation is 20, and the average watching TV of 16 people from the second city is X minutes (specify a number between 50 and 70) and the standard deviation is Y minutes (a number between 10 and 30.) has been found. Test the claim at the 0.10 significance level!

Jun 02, 2022
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