There are 1,000 golden delicious and 1,000 red delicious apples in a cooler. In a random sample of 75 of the golden delicious apples, 48 had blemishes. In a random sample of 75 of the red delicious apples, 42 had blemishes. Assume all conditions for inference have been met. Which of the following is closest to the interval estimate of the difference in the numbers of apples with blemishes (golden delicious minus red delicious) at a 98 percent level of confidence? A (-0.076, 0.236) (-0.105, 0.265) (-10.5, 26.5) (-76, 236) E (-105, 265)
There are 1,000 golden delicious and 1,000 red delicious apples in a cooler. In a random sample of 75 of the golden delicious apples, 48 had blemishes. In a random sample of 75 of the red delicious apples, 42 had blemishes. Assume all conditions for inference have been met. Which of the following is closest to the interval estimate of the difference in the numbers of apples with blemishes (golden delicious minus red delicious) at a 98 percent level of confidence? A (-0.076, 0.236) (-0.105, 0.265) (-10.5, 26.5) (-76, 236) E (-105, 265)
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:Question 1 W
There are 1,000 golden delicious and 1,000 red delicious apples in a cooler. In a random sample of 75 of the golden
delicious apples, 48 had blemishes. In a random sample of 75 of the red delicious apples, 42 had blemishes. Assume all
conditions for inference have been met. Which of the following is closest to the interval estimate of the difference in the
numbers of apples with blemishes (golden delicious minus red delicious) at a 98 percent level of confidence?
A
(-0.076, 0.236)
B
(-0.105, 0.265)
(-10.5, 26.5)
(-76, 236)
E
(-105, 265)
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