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Mr. Dela Cruz, a product design consultant, claims that at least 10% of all sports helmets have production flaws that post a high risk of injury to the athlete. From 200 helmets, 16 are said to be defectives. Using test of hypothesis, determine if the consultant's claims are true using an a = 0.01. Compute for the P-value. Identify the appropriate hypotheses test. O a. Test on Mean, Variance Unknown O b. Test on Population Proportion O c. Test on Variance and Standard Deviation O d. Test on Mean, Variance Known

Mr. Dela Cruz, a product design consultant, claims that at least 10% of all sports helmets have production flaws that post a high risk of injury to the athlete. From 200 helmets, 16 are said to be defectives. Using test of hypothesis, determine if the consultant's claims are true using an a = 0.01. Compute for the P-value. Identify the appropriate hypotheses test. O a. Test on Mean, Variance Unknown O b. Test on Population Proportion O c. Test on Variance and Standard Deviation O d. Test on Mean, Variance Known

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
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Mr. Dela Cruz, a product design consultant, claims that at least 10% of all sports helmets have production flaws that post a high risk of injury to the athlete. From 200 helmets, 16 are said to be defectives. Using test of hypothesis, determine if the consultant's claims are true using an a = 0.01. Compute for the P-value. Identify the appropriate hypotheses test. O a. Test on Mean, Variance Unknown O b. Test on Population Proportion O. Test on Variance and Standard Deviation O d. Test on Mean, Variance Known
Transcribed Image Text:Mr. Dela Cruz, a product design consultant, claims that at least 10% of all sports helmets have production flaws that post a high risk of injury to the athlete. From 200 helmets, 16 are said to be defectives. Using test of hypothesis, determine if the consultant's claims are true using an a = 0.01. Compute for the P-value. Identify the appropriate hypotheses test. O a. Test on Mean, Variance Unknown O b. Test on Population Proportion O. Test on Variance and Standard Deviation O d. Test on Mean, Variance Known
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