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5. Data was collected on 317 cars approaching a 4-way stop. Data was recorded on whether or not the car came to a complete stop or not. It was also recorded whether or not they approached the intersection as a single car, with at least one car behind them (lead vehicle), or with at least one car in front of them (following vehicle). The data is presented below. Single Vehicle Lead Vehicle Following Vehicle Total Complete Stop Not Complete Stop Total 151 38 76 265 25 22 52 176 43 98 317 Conduct a chi-square test (Use a = Test for Independence or a Chi-Square Test of Homogeneity, and state you conclusions appropriately. 0.05). Be sure you are clear about whether this is a Chi-Square

5. Data was collected on 317 cars approaching a 4-way stop. Data was recorded on whether or not the car came to a complete stop or not. It was also recorded whether or not they approached the intersection as a single car, with at least one car behind them (lead vehicle), or with at least one car in front of them (following vehicle). The data is presented below. Single Vehicle Lead Vehicle Following Vehicle Total Complete Stop Not Complete Stop Total 151 38 76 265 25 22 52 176 43 98 317 Conduct a chi-square test (Use a = Test for Independence or a Chi-Square Test of Homogeneity, and state you conclusions appropriately. 0.05). Be sure you are clear about whether this is a Chi-Square

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.6: Summarizing Categorical Data
Problem 27PPS
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5. Data was collected on 317 cars approaching a 4-way stop. Data was recorded on whether or not the car came to a complete stop or not. It was also recorded whether or not they approached the intersection as a single car, with at least one car behind them (lead vehicle), or with at least one car in front of them (following vehicle). The data is presented below. Single Vehicle Lead Vehicle Following Vehicle Total Complete Stop Not Complete Stop 151 38 76 265 25 22 52 Total 176 43 98 317 Conduct a chi-square test (Use a = 0.05). Be sure you are clear about whether this is a Chi-Square Test for Independence or a Chi-Square Test of Homogeneity, and state you conclusions appropriately.
Transcribed Image Text:5. Data was collected on 317 cars approaching a 4-way stop. Data was recorded on whether or not the car came to a complete stop or not. It was also recorded whether or not they approached the intersection as a single car, with at least one car behind them (lead vehicle), or with at least one car in front of them (following vehicle). The data is presented below. Single Vehicle Lead Vehicle Following Vehicle Total Complete Stop Not Complete Stop 151 38 76 265 25 22 52 Total 176 43 98 317 Conduct a chi-square test (Use a = 0.05). Be sure you are clear about whether this is a Chi-Square Test for Independence or a Chi-Square Test of Homogeneity, and state you conclusions appropriately.
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