Required information Two machines used to fill soft drink containers are being compared. The number of containers filled each minute is counted for 60 minutes for each machine. During the 60 minutes, machine 1 filled an average of 74.0 cans per minute with a standard deviation of 5.2 cans per minute, and machine 2 filled an average of 76.1 cans per minute with a standard deviation of 4.3 cans per minute. Assuming that all necessary assumptions are met, perform a hypothesis test. Can you conclude that machine 2 is faster than machine 1? Find the P-value and state a conclusion. Round the answer to four decimal places. conclude that machine 2 is faster than machine 1. The P-value is We can

MATLAB: An Introduction with Applications
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ISBN:9781119256830
Author:Amos Gilat
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Two machines used to fill soft drink containers are being compared. The number of containers filled each minute is
counted for 60 minutes for each machine. During the 60 minutes, machine 1 filled an average of 74.0 cans per minute with
a standard deviation of 5.2 cans per minute, and machine 2 filled an average of 76.1 cans per minute with a standard
deviation of 4.3 cans per minute.
Assuming that all necessary assumptions are met, perform a hypothesis test. Can you conclude that machine 2 is faster than machine
1? Find the P-value and state a conclusion.
The P-value is
Round the answer to four decimal places.
conclude that machine 2 is faster than machine 1.
We can
Transcribed Image Text:! Required information Two machines used to fill soft drink containers are being compared. The number of containers filled each minute is counted for 60 minutes for each machine. During the 60 minutes, machine 1 filled an average of 74.0 cans per minute with a standard deviation of 5.2 cans per minute, and machine 2 filled an average of 76.1 cans per minute with a standard deviation of 4.3 cans per minute. Assuming that all necessary assumptions are met, perform a hypothesis test. Can you conclude that machine 2 is faster than machine 1? Find the P-value and state a conclusion. The P-value is Round the answer to four decimal places. conclude that machine 2 is faster than machine 1. We can
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