An panelist on a morning news program recently claimed that 58% 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 α=0.05α=0.05 level of significance to determine if this is accurate. (Round your results to three decimal places) Which would be correct hypotheses for this test? H0:p=0.58H0:p=0.58, H1:p<0.58H1:p<0.58 H0:p=0.58H0:p=0.58, H1:p>0.58H1:p>0.58 H0:p=0.58H0:p=0.58, H1:p≠0.58H1:p≠0.58 H0:p≠0.58H0:p≠0.58, H1:p=0.58H1:p=0.58 H0:p<0.58H0:p<0.58, H1:p=0.58H1:p=0.58
An panelist on a morning news program recently claimed that 58% 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 α=0.05α=0.05 level of significance to determine if this is accurate. (Round your results to three decimal places) Which would be correct hypotheses for this test? H0:p=0.58H0:p=0.58, H1:p<0.58H1:p<0.58 H0:p=0.58H0:p=0.58, H1:p>0.58H1:p>0.58 H0:p=0.58H0:p=0.58, H1:p≠0.58H1:p≠0.58 H0:p≠0.58H0:p≠0.58, H1:p=0.58H1:p=0.58 H0:p<0.58H0:p<0.58, H1:p=0.58H1:p=0.58
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Related questions
Topic Video
Question
An panelist on a morning news program recently claimed that 58% 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 α=0.05α=0.05 level of significance to determine if this is accurate. (Round your results to three decimal places)
Which would be correct hypotheses for this test?
- H0:p=0.58H0:p=0.58, H1:p<0.58H1:p<0.58
- H0:p=0.58H0:p=0.58, H1:p>0.58H1:p>0.58
- H0:p=0.58H0:p=0.58, H1:p≠0.58H1:p≠0.58
- H0:p≠0.58H0:p≠0.58, H1:p=0.58H1:p=0.58
- H0:p<0.58H0:p<0.58, H1:p=0.58H1:p=0.58
A random sample of 136 drivers resulted in 67 that routinely drive while distracted by their smartphones.
Find the test statistic (2 decimals):
Give the P-value (4 decimals):
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 3 steps with 3 images
