36) A random group of seniors was selected from a university and asked about their plans for the following year. The school advising office claims that 50% of the students plan to 36) work, 20% of the students plan to continue in school, and 30% of the students plan to take some time off. Is there evidence to reject this hypothesis at a 0.05? 1 Plans Work School Time off Number of students 21 13 A) There is not evidence to reject the claim that the students' plans are distributed as claimed because the test value 4.198 < 5.991 B) There is evidence to reject the claim that the students' plans are distributed as claimed because the test value 4.198 < 5.991 ) There is not evidence to reject the claim that the students' plans are distributed as claimed because the test value 4.198 < 7.815 D) There is evidence to reject the claim that the students' plans are distributed as claimed because the test value 4.198 < 7.815
36) A random group of seniors was selected from a university and asked about their plans for the following year. The school advising office claims that 50% of the students plan to 36) work, 20% of the students plan to continue in school, and 30% of the students plan to take some time off. Is there evidence to reject this hypothesis at a 0.05? 1 Plans Work School Time off Number of students 21 13 A) There is not evidence to reject the claim that the students' plans are distributed as claimed because the test value 4.198 < 5.991 B) There is evidence to reject the claim that the students' plans are distributed as claimed because the test value 4.198 < 5.991 ) There is not evidence to reject the claim that the students' plans are distributed as claimed because the test value 4.198 < 7.815 D) There is evidence to reject the claim that the students' plans are distributed as claimed because the test value 4.198 < 7.815
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
Question

Transcribed Image Text:36) A random group of seniors was selected from a university and asked about their plans for
the following year. The school advising office claims that 50% of the students plan to
36)
work, 20% of the students plan to continue in school, and 30% of the students plan to
take some time off. Is there evidence to reject this hypothesis at a 0.05?
1
Plans
Work
School
Time off
Number of students
21
13
A) There is not evidence to reject the claim that the students' plans are distributed as
claimed because the test value 4.198 < 5.991
B) There is evidence to reject the claim that the students' plans are distributed as
claimed because the test value 4.198 < 5.991
) There is not evidence to reject the claim that the students' plans are distributed as
claimed because the test value 4.198 < 7.815
D) There is evidence to reject the claim that the students' plans are distributed as
claimed because the test value 4.198 < 7.815
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