The manufacture of textile assumes that the proportion of orders for late delivery of raw material is p = 0.7. If at most 4 arrived late for a random sample of 12, reject the hypothesis that p = 0.7 in favor of the alternative hypothesis that p < 0.7. Use the binomial distribution. Find the probability of committing a type II error for the alternative p = 0.6. i. 0.0573 ii. 0.10 iii. 0.9427 iv. 0.4 v. None of the Above
The manufacture of textile assumes that the proportion of orders for late delivery of raw material is p = 0.7. If at most 4 arrived late for a random sample of 12, reject the hypothesis that p = 0.7 in favor of the alternative hypothesis that p < 0.7. Use the binomial distribution. Find the probability of committing a type II error for the alternative p = 0.6. i. 0.0573 ii. 0.10 iii. 0.9427 iv. 0.4 v. None of the Above
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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The manufacture of textile assumes that the proportion of orders for late delivery of raw material is p = 0.7. If at most 4 arrived late for a random sample of 12, reject the hypothesis that p = 0.7 in favor of the alternative hypothesis that p < 0.7. Use the binomial distribution.
Find the probability of committing a type II error for the alternative p = 0.6.
i. 0.0573
ii. 0.10
iii. 0.9427
iv. 0.4
v. None of the Above
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