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Problem 3. (4 points) Health Canada wishes to estimate the mean amount of mercury μ, in parts per million (ppm), in commerical fish. Specifically, they want to estimate the value of μ to within 0.02, and be 99% confident in their results. Assume that the amount of mercury in commerical fish varies from one fish to another, the standard deviation being σ = 0.2 ppm. How many commerical fish should be randomly chosen, each chosen will have the mercury content measured, to satisfy Health Canadas estimation of μ? (When values from a distribution, use three decimals.) n =

Problem 3. (4 points) Health Canada wishes to estimate the mean amount of mercury μ, in parts per million (ppm), in commerical fish. Specifically, they want to estimate the value of μ to within 0.02, and be 99% confident in their results. Assume that the amount of mercury in commerical fish varies from one fish to another, the standard deviation being σ = 0.2 ppm. How many commerical fish should be randomly chosen, each chosen will have the mercury content measured, to satisfy Health Canadas estimation of μ? (When values from a distribution, use three decimals.) n =

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
Problem 1P
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Problem 3. (4 points) Health Canada wishes to estimate the mean amount of mercury μ, in parts per million (ppm), in commerical fish. Specifically, they want to estimate the value of μ to within 0.02, and be 99% confident in their results. Assume that the amount of mercury in commerical fish varies from one fish to another, the standard deviation being σ = 0.2 ppm. How many commerical fish should be randomly chosen, each chosen will have the mercury content measured, to satisfy Health Canadas estimation of μ? (When values from a distribution, use three decimals.) n =
Transcribed Image Text:Problem 3. (4 points) Health Canada wishes to estimate the mean amount of mercury μ, in parts per million (ppm), in commerical fish. Specifically, they want to estimate the value of μ to within 0.02, and be 99% confident in their results. Assume that the amount of mercury in commerical fish varies from one fish to another, the standard deviation being σ = 0.2 ppm. How many commerical fish should be randomly chosen, each chosen will have the mercury content measured, to satisfy Health Canadas estimation of μ? (When values from a distribution, use three decimals.) n =
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