Morgan wants to test the speed for two different routes she can take to ride her bicycle home from work. Route A involves riding her bicycle on a busy road, and Route B involves riding her bicycle along a scenic trail. Assume that the population variances are not equal. Morgan collects some data, given below: Route A: xA=17.1 minutes, sA=4.6 minutes, nA=33 Route B: xB=15.8 minutes, sB=4.2 minutes, nB=39 ________________________________________________________________________________ a. Calculate the p-value of the hypothesis test, rounded to 4 decimal places. b. Come to a conclusion at the 0.05 significance level:
Morgan wants to test the speed for two different routes she can take to ride her bicycle home from work. Route A involves riding her bicycle on a busy road, and Route B involves riding her bicycle along a scenic trail. Assume that the population variances are not equal. Morgan collects some data, given below: Route A: xA=17.1 minutes, sA=4.6 minutes, nA=33 Route B: xB=15.8 minutes, sB=4.2 minutes, nB=39 ________________________________________________________________________________ a. Calculate the p-value of the hypothesis test, rounded to 4 decimal places. b. Come to a conclusion at the 0.05 significance level:
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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Morgan wants to test the speed for two different routes she can take to ride her bicycle home from work. Route A involves riding her bicycle on a busy road, and Route B involves riding her bicycle along a scenic trail. Assume that the population variances are not equal.
Morgan collects some data, given below:
Route A: xA=17.1 minutes, sA=4.6 minutes, nA=33
Route B: xB=15.8 minutes, sB=4.2 minutes, nB=39
________________________________________________________________________________
a. Calculate the p-value of the hypothesis test, rounded to 4 decimal places.
b. Come to a conclusion at the 0.05 significance level:
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