An panelist on a morning news program recently claimed that 59% of drivers routinely drive while distracted by their smartphones. A statistician happened to be watching this program, and decided to conduct a hypothesis test at the a = 0.01 level of significance to determine if this is accurate. (Round your results to three decimal places) Which would be correct hypotheses for this test? O Ho:p = 0.59, H1:p # 0.59 O Ho:p < 0.59, H1:p= 0.59 O Ho:p# 0.59, H1:p= 0.59 Ho:p = 0.59, Hh:p > 0.59 Ho:p = 0.59, H:p < 0.59 A random sample of 118 drivers resulted in 38 that routinely drive while distracted by their smartphones. Find the test statistic (2 decimals): Give the P-value (4 decimals): Which is the correct result: O Reject the Null Hypothesis O Do not Reject the Null Hypothesis Which would be the appropriate conclusion? O There is not significant evidence to suggest that the actual proportion of distracted drivers is different than 59% O There is significant evidence to suggest that the actual proportion of distracted drivers is different than 59%

An panelist on a morning news program recently claimed that 59% of drivers routinely drive while distracted by their smartphones. A statistician happened to be watching this program, and decided to conduct a hypothesis test at the a = 0.01 level of significance to determine if this is accurate. (Round your results to three decimal places) Which would be correct hypotheses for this test? O Ho:p = 0.59, H1:p # 0.59 O Ho:p < 0.59, H1:p= 0.59 O Ho:p# 0.59, H1:p= 0.59 Ho:p = 0.59, Hh:p > 0.59 Ho:p = 0.59, H:p < 0.59 A random sample of 118 drivers resulted in 38 that routinely drive while distracted by their smartphones. Find the test statistic (2 decimals): Give the P-value (4 decimals): Which is the correct result: O Reject the Null Hypothesis O Do not Reject the Null Hypothesis Which would be the appropriate conclusion? O There is not significant evidence to suggest that the actual proportion of distracted drivers is different than 59% O There is significant evidence to suggest that the actual proportion of distracted drivers is different than 59%

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Description: An panelist on a morning news program recently claimed that 59% of drivers routinely drive whiledistracted by their smartphones. A statistician happened to be watching this program, and decided toconduct a hypothesis test at the a = 0.01 level of si

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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