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C. Given the null and alternative hypotheses in synibol, determine the hypothesis test used (left-tailed, right-tailed, or two-tailed) then sketch the graph of each and shade the rejection region. The first is given as an example. Hypotheses Hypothesis test used Graph Left-tailed Ho: H=25 convical Value H₂: μ<25 Rejection Region Non-raja dion Region 1-a Ho: μ= 78.98 H₂: μ# 78.98 Ho: μ=90 H₂: > 90 Ho: μ=150 Ha: μ#150 Ho: μ=100 Ha: με 100

C. Given the null and alternative hypotheses in synibol, determine the hypothesis test used (left-tailed, right-tailed, or two-tailed) then sketch the graph of each and shade the rejection region. The first is given as an example. Hypotheses Hypothesis test used Graph Left-tailed Ho: H=25 convical Value H₂: μ<25 Rejection Region Non-raja dion Region 1-a Ho: μ= 78.98 H₂: μ# 78.98 Ho: μ=90 H₂: > 90 Ho: μ=150 Ha: μ#150 Ho: μ=100 Ha: με 100

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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C. Given the null and alternative hypotheses in symbol, determine the hypothesis test used (left-tailed, right-tailed, or two-tailed) then sketch the graph of each and shade the rejection region. The first is given as an example. Hypotheses Hypothesis test used Graph Left-tailed Ho: H=25 onvical value H₂: μ<25 Rejection Region Non-raje dion Region 1-a Ho: μ= 78.98 H₂:μ 78.98 Ho: μ=90 H₂: μ> 90 Ho: μ=150 Ha: μ#150 Ho: μ=100 Ha: με 100
Transcribed Image Text:C. Given the null and alternative hypotheses in symbol, determine the hypothesis test used (left-tailed, right-tailed, or two-tailed) then sketch the graph of each and shade the rejection region. The first is given as an example. Hypotheses Hypothesis test used Graph Left-tailed Ho: H=25 onvical value H₂: μ<25 Rejection Region Non-raje dion Region 1-a Ho: μ= 78.98 H₂:μ 78.98 Ho: μ=90 H₂: μ> 90 Ho: μ=150 Ha: μ#150 Ho: μ=100 Ha: με 100
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