An airline claims that luggage is rarely lost (does not arrive at the destination at the same time as the passenger). The airline claims that if luggage is lost, in 87% of cases the airline is able to recover and deliver the luggage within 24 hours. A consumer watchdog group found a random sample of 125 people whose luggage was lost and found that 99 of them had their luggage recovered and returned within 24 hours. The Sample proportion p-hat is 99/125 = 0.792. The watchdog group wants to perform a hypothesis test against the claim that the airline is able to recover 87% of lost luggage in 24 hours. What is the appropriate conclusion for this hypothesis test? a. Reject H0. The data provide evidence that the airline is able to recover 87% of lost luggage within 24 hours. b. Reject H0. The data provide evidence that the airline does not recover 87% of lost luggage within 24 hours. c. Do Not Reject H0. The data do not provide evidence that the airline does not recover 87% of lost luggage within 24 hours. d. Do Not Reject H0. The data provide evidence that the airline does not recover 87% of lost luggage within 24 hours.
An airline claims that luggage is rarely lost (does not arrive at the destination at the same time as the passenger). The airline claims that if luggage is lost, in 87% of cases the airline is able to recover and deliver the luggage within 24 hours. A consumer watchdog group found a random sample of 125 people whose luggage was lost and found that 99 of them had their luggage recovered and returned within 24 hours. The Sample proportion p-hat is 99/125 = 0.792. The watchdog group wants to perform a hypothesis test against the claim that the airline is able to recover 87% of lost luggage in 24 hours. What is the appropriate conclusion for this hypothesis test? a. Reject H0. The data provide evidence that the airline is able to recover 87% of lost luggage within 24 hours. b. Reject H0. The data provide evidence that the airline does not recover 87% of lost luggage within 24 hours. c. Do Not Reject H0. The data do not provide evidence that the airline does not recover 87% of lost luggage within 24 hours. d. Do Not Reject H0. The data provide evidence that the airline does not recover 87% of lost luggage within 24 hours.
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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An airline claims that luggage is rarely lost (does not arrive at the destination at the same time as the passenger).
The airline claims that if luggage is lost, in 87% of cases the airline is able to recover and deliver the luggage within 24 hours.
A consumer watchdog group found a random sample of 125 people whose luggage was lost and found that 99 of them had their luggage recovered and returned within 24 hours.
The Sample proportion p-hat is 99/125 = 0.792.
The watchdog group wants to perform a hypothesis test against the claim that the airline is able to recover 87% of lost luggage in 24 hours.
What is the appropriate conclusion for this hypothesis test?
a. Reject H0. The data provide evidence that the airline is able to recover 87% of lost luggage within 24 hours.
b. Reject H0. The data provide evidence that the airline does not recover 87% of lost luggage within 24 hours.
c. Do Not Reject H0. The data do not provide evidence that the airline does not recover 87% of lost luggage within 24 hours.
d. Do Not Reject H0. The data provide evidence that the airline does not recover 87% of lost luggage within 24 hours.
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