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A biologist is attempting to determine the mean weight of African elephants. She conducts a sample of 60 elephants, and finds a sample mean of 8311 lbs., with a standard deviation of 127 lbs. Assume that the distribution of weights of African elephants is nearly normal. Define your variable: O Let u be the mean weight of all African elephants, in lbs.. o Let u be the mean weight of the sampled African elephants, in lbs.. Let p be the proportion of elephants that weigh . O Let p be the proprotion of elephants in the sample. Create and interpret a 95% Confidence Interval. Round your answers to one decimal place. and Select an answer lbs. What is the margin of error? Round your answer to one decimal place. lbs. Another biologist believes that the mean weight of elephants is 8346. What do you think of this claim? O The claim is above the sample mean, so there is no way it can be true. The claim is inside the interval. It is reasonable. The claim is inside the interval. It must be true. O That claim is not in our interval. We do not believe it.

A biologist is attempting to determine the mean weight of African elephants. She conducts a sample of 60 elephants, and finds a sample mean of 8311 lbs., with a standard deviation of 127 lbs. Assume that the distribution of weights of African elephants is nearly normal. Define your variable: O Let u be the mean weight of all African elephants, in lbs.. o Let u be the mean weight of the sampled African elephants, in lbs.. Let p be the proportion of elephants that weigh . O Let p be the proprotion of elephants in the sample. Create and interpret a 95% Confidence Interval. Round your answers to one decimal place. and Select an answer lbs. What is the margin of error? Round your answer to one decimal place. lbs. Another biologist believes that the mean weight of elephants is 8346. What do you think of this claim? O The claim is above the sample mean, so there is no way it can be true. The claim is inside the interval. It is reasonable. The claim is inside the interval. It must be true. O That claim is not in our interval. We do not believe it.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.4: Distributions Of Data
Problem 19PFA
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ers to one decimal place. n answer / Select an answer We are 95% confident that the mean weight of all African elepants is between 95% of the sampled elephants weight between 95% of all elephants weight between We are 95% confident that the mean weight of the sampled elephants is between Let p be the proportion of pop song that ar-
Transcribed Image Text:ers to one decimal place. n answer / Select an answer We are 95% confident that the mean weight of all African elepants is between 95% of the sampled elephants weight between 95% of all elephants weight between We are 95% confident that the mean weight of the sampled elephants is between Let p be the proportion of pop song that ar-
A biologist is attempting to determine the mean weight of African elephants. She conducts a sample of 60 elephants, and finds a sample mean of 8311 lbs., with a standard deviation of 127 lbs. Assume that the distribution of weights of African elephants is nearly normal. Define your variable: O Let u be the mean weight of all African elephants, in lbs.. O Let u be the mean weight of the sampled African elephants, in lbs.. O Let p be the proportion of elephants that weigh . O Let p be the proprotion of elephants in the sample. Create and interpret a 95% Confidence Interval. Round your answers to one decimal place. and Select an answer lbs. What is the margin of error? Round your answer to one decimal place. lbs. Another biologist believes that the mean weight of elephants is 8346. What do you think of this claim? O The claim is above the sample mean, so there is no way it can be true. The claim is inside the interval. It is reasonable. The claim is inside the interval. It must be true. That claim is not in our interval. We do not believe it.
Transcribed Image Text:A biologist is attempting to determine the mean weight of African elephants. She conducts a sample of 60 elephants, and finds a sample mean of 8311 lbs., with a standard deviation of 127 lbs. Assume that the distribution of weights of African elephants is nearly normal. Define your variable: O Let u be the mean weight of all African elephants, in lbs.. O Let u be the mean weight of the sampled African elephants, in lbs.. O Let p be the proportion of elephants that weigh . O Let p be the proprotion of elephants in the sample. Create and interpret a 95% Confidence Interval. Round your answers to one decimal place. and Select an answer lbs. What is the margin of error? Round your answer to one decimal place. lbs. Another biologist believes that the mean weight of elephants is 8346. What do you think of this claim? O The claim is above the sample mean, so there is no way it can be true. The claim is inside the interval. It is reasonable. The claim is inside the interval. It must be true. That claim is not in our interval. We do not believe it.
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