10. A random sample of 300 electronic components were selected from a large run of a new manufacturingprocess. Each was tested and 18 were found to be defective.a. Construct the 95% confidence interval for the proportion of defective components.b. To reduce the width of the 95% confidence interval to ±.01 (width of 2%) the sample size must be atleast what size?c. Suppose 2 of the remaining (300-18) components are randomly selected and used in a system thatrequires both to be non-defective. Let q be the probability the system functions (none of the 2 selectedcomponents are defective). Construct the 95% confidence interval for q.

Given that a random sample of 300 electronic components are selected from a large run of a new…

10. A random sample of 300 electronic components were selected from a large run of a new manufacturing process. Each was tested and 18 were found to be defective. a. Construct the 95% confidence interval for the proportion of defective components. b. To reduce the width of the 95% confidence interval to 1.01 (width of 2%) the sample size must be at least what size? c. Suppose 2 of the remaining (300-18) components are randomly selected and used in a system that requires both to be non-defective. Let q be the probability the system functions (none of the 2 selected components are defective). Construct the 95% confidence interval for q.

10. A random sample of 300 electronic components were selected from a large run of a new manufacturing process. Each was tested and 18 were found to be defective. a. Construct the 95% confidence interval for the proportion of defective components. b. To reduce the width of the 95% confidence interval to 1.01 (width of 2%) the sample size must be at least what size? c. Suppose 2 of the remaining (300-18) components are randomly selected and used in a system that requires both to be non-defective. Let q be the probability the system functions (none of the 2 selected components are defective). Construct the 95% confidence interval for q.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter10: Statistics

Section10.5: Comparing Sets Of Data

Problem 14PPS

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