A vendor is supplying 90 parts. Suppose that 10 of them are defective. We take a sample of size 6. At least 90% of the time the sample will contain k or fewer items. What is the smallest value of K? Give numerical answers as integers or decimals rounded to four decimal places. 1. Notice here that the population size N = is known. We also know that M= . Let X be the number of of these are defective. We are taking a sample of size n3= defective items in the sample. Xhas a distribtuion. 2. Notice that this is an inverse probability problem. We want to know the smallest value of k where P(X s k) 0.9. Use Dr. Jackson's appropriate calculator function or program to solve this problem. The calculator returns the following portion of the CDF table. cdf(X) 3. At least 90% of the time the sample will containk or fewer items. What is the value of k? Enter your answer in each of the answer boxes. O Type here to search F12 Priscr F9 F10 F11 F4 FS

MATLAB: An Introduction with Applications
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ISBN:9781119256830
Author:Amos Gilat
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A vendor is supplying 90 parts. Suppose that 10 of them are defective. We take a sample of size 6. At least 90% of the time the sample will contain k or fewer items. What is the smallest value of K?
Give numerical answers as integers or decimals rounded to four decimal places.
1. Notice here that the population size N = is known. We also know that M=
. Let X be the number of
of
these are defective. We are taking a sample of size n3=
defective items in the sample. Xhas a distribtuion.
2. Notice that this is an inverse probability problem. We want to know the smallest value of
k where P(X s k) 0.9. Use Dr. Jackson's appropriate calculator function or program
to solve this problem. The calculator returns the following portion of the CDF table.
cdf(X)
3. At least 90% of the time the sample will containk or fewer items. What is the value of k?
Enter your answer in each of the answer boxes.
O Type here to search
F12
Priscr
F9
F10
F11
F4
FS
Transcribed Image Text:A vendor is supplying 90 parts. Suppose that 10 of them are defective. We take a sample of size 6. At least 90% of the time the sample will contain k or fewer items. What is the smallest value of K? Give numerical answers as integers or decimals rounded to four decimal places. 1. Notice here that the population size N = is known. We also know that M= . Let X be the number of of these are defective. We are taking a sample of size n3= defective items in the sample. Xhas a distribtuion. 2. Notice that this is an inverse probability problem. We want to know the smallest value of k where P(X s k) 0.9. Use Dr. Jackson's appropriate calculator function or program to solve this problem. The calculator returns the following portion of the CDF table. cdf(X) 3. At least 90% of the time the sample will containk or fewer items. What is the value of k? Enter your answer in each of the answer boxes. O Type here to search F12 Priscr F9 F10 F11 F4 FS
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