Your company produces a sunblock lotion designed to protect the skin from both UVA and UVB exposure from the sun. You hire a company to compare your product with the product sold by your major competitor. The testing company exposes skin on the backs of a sample of 20 people to UVA and UVB rays and measures the protection provided by each product. For 13 of the subjects, your product provided better protection, while for the other 7 subjects, your competitor's product provided better protection. Perform the two-sided significance test and report the results. A two-sided significance test comparing the two products was previously performed where success was defined as the outcome where your product provided better protection. Now, take the viewpoint of your competitor where success is defined to be the outcome where your competitor's product provides better protection. In other words, n remains the same, but X is now 7. Construct the 95% confidence interval for this setting as an interval of percents. Assume the number of subjects is 50. Provide your answer as an interval in the form (lower limit, upper limit). Give the limits to one decimal place. 95% confidence interval:
Your company produces a sunblock lotion designed to protect the skin from both UVA and UVB exposure from the sun. You hire a company to compare your product with the product sold by your major competitor. The testing company exposes skin on the backs of a sample of 20 people to UVA and UVB rays and measures the protection provided by each product. For 13 of the subjects, your product provided better protection, while for the other 7 subjects, your competitor's product provided better protection. Perform the two-sided significance test and report the results. A two-sided significance test comparing the two products was previously performed where success was defined as the outcome where your product provided better protection. Now, take the viewpoint of your competitor where success is defined to be the outcome where your competitor's product provides better protection. In other words, n remains the same, but X is now 7. Construct the 95% confidence interval for this setting as an interval of percents. Assume the number of subjects is 50. Provide your answer as an interval in the form (lower limit, upper limit). Give the limits to one decimal place. 95% confidence interval:
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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