A simple random sample from a population with a normal distribution of 103 body temperatures has x=98.10°F and s=0.61°F Construct an 80% confidence interval estimate of the standard deviation of body temperature of all healthy humans. Is it safe to conclude that the population standard deviation is less than 2.10°F? Click the icon to view the table of Chi-Square critical values F<<°F (Round to two decimal places as needed) Is it safe to conclude that the population standard deviation is less than 2.10°F? OA This conclusion is not safe because 2 10°F is outside the confidence intervall OB. This conclusion is safe because 2 10°F is in the confidence interval OC. This conclusion is not safe because 2 10°F is in the confidence interval OD. This conclusion is safe because 2. 10°F is outside the confidence interval

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A simple random sample from a population with a normal distribution of 103 body temperatures has x = 98.10°F and s= 0.61°F. Construct an 80% confidence interval estimate of the standard deviation of body temperature of all healthy humans. Is it safe to
conclude that the population standard deviation is less than 2.10°F?
Click the icon to view the table of Chi-Square critical values.
°F <o<°F
(Round to two decimal places as needed.)
Is it safe to conclude that the population standard deviation is less than 2.10°F?
OA. This conclusion is not safe because 2.10°F is outside the confidence interval
B. This conclusion is safe because 2.10°F is in the confidence interval.
C. This conclusion is not safe because 2.10°F is in the confidence interval
D. This conclusion is safe because 2.10°F is outside the confidence interval.
Transcribed Image Text:A simple random sample from a population with a normal distribution of 103 body temperatures has x = 98.10°F and s= 0.61°F. Construct an 80% confidence interval estimate of the standard deviation of body temperature of all healthy humans. Is it safe to conclude that the population standard deviation is less than 2.10°F? Click the icon to view the table of Chi-Square critical values. °F <o<°F (Round to two decimal places as needed.) Is it safe to conclude that the population standard deviation is less than 2.10°F? OA. This conclusion is not safe because 2.10°F is outside the confidence interval B. This conclusion is safe because 2.10°F is in the confidence interval. C. This conclusion is not safe because 2.10°F is in the confidence interval D. This conclusion is safe because 2.10°F is outside the confidence interval.
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