Work (1 remaining)Suppose that you are responsible for making arrangements for a business convention and that you have been charged with choosing a city for theconvention that has the least expensive rooms. You have narrowed your choices to Atlanta and Houston. The table below contains samples of prices forrooms in Atlanta and Houston. Because considerable historical data on the prices of rooms in both cities are availabie, the population standarddeviations for the prices can be assumed to be $35 in Atianta and $24 in Houston.AtlantaHoustonAtlantaHoustonAtlantaHoustonAtlantaHouston1158560707560801408075608010011565757590609012590701251009580115809012065651057590751256580135145908512511060807070100659010510095145105806511575851258512012585100906010010095Based on the sample data, can you conclude that the mean price of a hotel room in Atlanta is lower than one in Houston? Use a.05 and nullhypothesisHatA-H20. Enter negative values as negative numbers.z value|(to 2 decimals)pvalue(to 4 decimals)WeSelect your answer that the mean price of a hotel room in Atlanta is lower than the mean price of a hotel room in Houston.

Name: Work (1 remaining)Suppose that you are responsible for making arrange
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Description: Work (1 remaining)Suppose that you are responsible for making arrangements for a business convention and that you have been charged with choosing a city for theconvention that has the least expensive rooms. You have narrowed your choices to Atlanta

The hypothesis test is a statistical method in which one using the sample data try to check the…

Math

Statistics

Suppose that you are responsible for making arangements for a business convention and that you have been charged with choosing a oity for the convention that has the least expensive rooms. You have narrowed your choices to Atlanta and Houston. The table below contains samples of prices for rooms in Atlanta and Houston. Because considerable historical data on the prices of rooms in both oties are availabie, the population standard deviations for the prices can be assumed to be $35 in Atlanta and $24 in Houston Atlanta Houston Atlanta Houston Atlanta Houston Atlanta Houston 115 120 85 60 90 90 105 100 95 100 60 100 70 75 85 125 110 60 75 65 75 75 100 95 65 145 105 80 115 80 85 125 90 60 125 65 65 65 105 75 90 85 90 100 140 90 80 80 75 60 80 100 115 60 135 145 85 90 80 80 125 90 70 125 65 70 115 70 100 120 125 95 75 Based on the sample data, can you conclude that the mean price of a hotel room in Atlanta is lower than one in Houston? Use a05 and null hypothesis is H, A-20.Enter negative values as negative numbers I value (to 2 decimals) pvalue (to 4 decimals) Select your answer that the mean price of a hotel room in Atianta is lower than the mean price of a hotel room in Houston

Suppose that you are responsible for making arangements for a business convention and that you have been charged with choosing a oity for the convention that has the least expensive rooms. You have narrowed your choices to Atlanta and Houston. The table below contains samples of prices for rooms in Atlanta and Houston. Because considerable historical data on the prices of rooms in both oties are availabie, the population standard deviations for the prices can be assumed to be $35 in Atlanta and $24 in Houston Atlanta Houston Atlanta Houston Atlanta Houston Atlanta Houston 115 120 85 60 90 90 105 100 95 100 60 100 70 75 85 125 110 60 75 65 75 75 100 95 65 145 105 80 115 80 85 125 90 60 125 65 65 65 105 75 90 85 90 100 140 90 80 80 75 60 80 100 115 60 135 145 85 90 80 80 125 90 70 125 65 70 115 70 100 120 125 95 75 Based on the sample data, can you conclude that the mean price of a hotel room in Atlanta is lower than one in Houston? Use a05 and null hypothesis is H, A-20.Enter negative values as negative numbers I value (to 2 decimals) pvalue (to 4 decimals) Select your answer that the mean price of a hotel room in Atianta is lower than the mean price of a hotel room in Houston

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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