Question 3 A group of engineers developed a new design for a steel cable. They need to estimate the amount of weight the cable can hold. The weight limit will be reported on cable packaging. The engineers take a random sample of 41 cables and apply weights to each of them until they break. The 41 cables have a mean breaking weight of 772.3 lb. The standard deviation of the breaking weight for the sample is 15.3 lb. Find the 95% confidence interval to estimate the mean breaking weight for this type cable. ) ( Your answer should be to 2 decimal places.

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Author:Amos Gilat
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Question 3
A group of engineers developed a new design for a steel cable. They need to estimate the
amount of weight the cable can hold. The weight limit will be reported on cable packaging. The
engineers take a random sample of 41 cables and apply weights to each of them until they
break. The 41 cables have a mean breaking weight of 772.3 lb. The standard deviation of the
breaking weight for the sample is 15.3 lb.
Find the 95% confidence interval to estimate the mean breaking weight for this type cable.
(
)
Your answer should be to 2 decimal places.
Transcribed Image Text:Question 3 A group of engineers developed a new design for a steel cable. They need to estimate the amount of weight the cable can hold. The weight limit will be reported on cable packaging. The engineers take a random sample of 41 cables and apply weights to each of them until they break. The 41 cables have a mean breaking weight of 772.3 lb. The standard deviation of the breaking weight for the sample is 15.3 lb. Find the 95% confidence interval to estimate the mean breaking weight for this type cable. ( ) Your answer should be to 2 decimal places.
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