QUESTION 6 The temperature readings for 20 spring days in Manila are normally distributed with a mean of 65.5 degrees Fahrenheit and a standard deviation of 4.5 degrees. Determine the 90% confidence interval estimate for the spring mean temperature. You are told that Za = 0.05 = 1.645 O Lower bound = 63.84 degrees; upper bound = 67.15 degrees O Lower bound 67.15 degrees; upper bound = 63.84 degrees O Lower bound = 63.52 degrees; upper bound = 67.47 degrees O Lower bound = 67.47 degrees; upper bound = 63.52 degrees

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QUESTION 6
The temperature readings for 20 spring days in Manila are normally distributed with a mean of 65.5 degrees Fahrenheit and
a standard deviation of 4.5 degrees. Determine the 90% confidence interval estimate for the spring mean temperature. You
are told that Za = 0.05 = 1.645
O Lower bound = 63.84 degrees; upper bound = 67.15 degrees
O Lower bound = 67.15 degrees; upper bound = 63.84 degrees
O Lower bound = 63.52 degrees; upper bound = 67.47 degrees
O Lower bound = 67.47 degrees; upper bound = 63.52 degrees
Transcribed Image Text:QUESTION 6 The temperature readings for 20 spring days in Manila are normally distributed with a mean of 65.5 degrees Fahrenheit and a standard deviation of 4.5 degrees. Determine the 90% confidence interval estimate for the spring mean temperature. You are told that Za = 0.05 = 1.645 O Lower bound = 63.84 degrees; upper bound = 67.15 degrees O Lower bound = 67.15 degrees; upper bound = 63.84 degrees O Lower bound = 63.52 degrees; upper bound = 67.47 degrees O Lower bound = 67.47 degrees; upper bound = 63.52 degrees
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