Question: a/ b/ c/ d/ True or False =298.32kg and a standard deviation of =5.14kg. Cable Co. recently made an investment in its manufacturing process for

a/ b/ c/ d/ True or False =298.32kg and a standard deviationa/

of =5.14kg. Cable Co. recently made an investment in its manufacturing processb/

for improving the breaking strength. Assuming that the process mean and standardc/

deviation have not changed by the investment, what is the mean ofd/ True or False

the sampling distribution for the sample mean X of n=32 cables? (Round

=298.32kg and a standard deviation of =5.14kg. Cable Co. recently made an investment in its manufacturing process for improving the breaking strength. Assuming that the process mean and standard deviation have not changed by the investment, what is the mean of the sampling distribution for the sample mean X of n=32 cables? (Round to 2 decimal places) n=32 In order to evaluate whether the investment actually improved the breaking strength, Cable Co. randomly chose n=32 cables to measure the breaking strength and its sample mean was 300.37 kg. Assuming that the process mean and standard deviation have not changed by the investment, what is the likelihood of observing the sample mean of 300.37kg ? (Round to 4 decimal places) Based on the likelihood computed above, the investment indeed made an improvement in cable breaking strength

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