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You wish to determine if there is a negative linear correlation between the age of a driver and the number of driver deaths. The following table represents the age of a driver and the number of driver deaths per 100,000. Use a significance level of 0.05 and round all values to 4 decimal places. Driver Age Number of Driver Deaths per 100,000 17 19 72 31 44 33 48 32 23 36 27 20 Ho: p = 0 Ha: p < 0 Find the Linear Correlation Coefficient Find the p-value p-value= The p-value is O Greater than a Less than (or equal to) a The p-value leads to a decision to Accept Ho Do Not Reject Ho Reject Ho The conclusion is O There is a significant linear correlation between driver age and number of driver deaths.

You wish to determine if there is a negative linear correlation between the age of a driver and the number of driver deaths. The following table represents the age of a driver and the number of driver deaths per 100,000. Use a significance level of 0.05 and round all values to 4 decimal places. Driver Age Number of Driver Deaths per 100,000 17 19 72 31 44 33 48 32 23 36 27 20 Ho: p = 0 Ha: p < 0 Find the Linear Correlation Coefficient Find the p-value p-value= The p-value is O Greater than a Less than (or equal to) a The p-value leads to a decision to Accept Ho Do Not Reject Ho Reject Ho The conclusion is O There is a significant linear correlation between driver age and number of driver deaths.

A First Course in Probability (10th Edition)
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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You wish to determine if there is a negative linear correlation between the age of a driver and the number of driver deaths. The following table represents the age of a driver and the number of driver deaths per 100,000. Use a significance level of 0.05 and round all values to 4 decimal places. Driver Age Number of Driver Deaths per 100,000 17 19 72 31 44 33 48 32 23 36 27 20 Ho: p = 0 Ha: p < 0 Find the Linear Correlation Coefficient r = Find the p-value p-value= The p-value is Greater than a O Less than (or equal to) a The p-value leads to a decision to Accept Ho O Do Not Reject Ho Reject Ho The conclusion is There is a significant linear correlation between driver age and number of driver deaths.
Transcribed Image Text:You wish to determine if there is a negative linear correlation between the age of a driver and the number of driver deaths. The following table represents the age of a driver and the number of driver deaths per 100,000. Use a significance level of 0.05 and round all values to 4 decimal places. Driver Age Number of Driver Deaths per 100,000 17 19 72 31 44 33 48 32 23 36 27 20 Ho: p = 0 Ha: p < 0 Find the Linear Correlation Coefficient r = Find the p-value p-value= The p-value is Greater than a O Less than (or equal to) a The p-value leads to a decision to Accept Ho O Do Not Reject Ho Reject Ho The conclusion is There is a significant linear correlation between driver age and number of driver deaths.
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