A random sample of 790 subjects was asked to identify the day of the week that is best for quality family time. Consider the claim that the days of the week are selected with a uniform distribution so that all days have the same chance of being selected. The table below shows goodness-of-fit test results from the claim and data from the study. Test that claim using either the critical value method or the P-value method with an assumed significance level of a0.05. Test statistic, Num Categories 2042.665 Degrees of freedom 6 Critical y 12.592 Expected Freq 112.8571 P.Value 0.0000 Determine the null and altemative hypotheses. Ho H: At least two days of the week have a different frequency of being selected. At least one day of the woek has a different chance of being selected. All days of the week have a different chance of being selected. All days of the week have an equal chance of being selected.
A random sample of 790 subjects was asked to identify the day of the week that is best for quality family time. Consider the claim that the days of the week are selected with a uniform distribution so that all days have the same chance of being selected. The table below shows goodness-of-fit test results from the claim and data from the study. Test that claim using either the critical value method or the P-value method with an assumed significance level of a0.05. Test statistic, Num Categories 2042.665 Degrees of freedom 6 Critical y 12.592 Expected Freq 112.8571 P.Value 0.0000 Determine the null and altemative hypotheses. Ho H: At least two days of the week have a different frequency of being selected. At least one day of the woek has a different chance of being selected. All days of the week have a different chance of being selected. All days of the week have an equal chance of being selected.
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.3: Measures Of Spread
Problem 1GP
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I need the bull & alternative hypotheses, the test statistic, critical value , & state the conclusion. I really need to know how to work these out on my own Thankyou so much.
![A random sample of 790 subjects was asked to identify the day of the week that is best for quality family time. Consider the claim that the days of the week are selected with a uniform distribution so that all days have the same chance of being
selected. The table below shows goodness-of-fit test results from the claim and data from the study. Test that claim using either the critical value method or the P-value method with an assumed significance level of a =0.05.
Test statistic,
Num Categories
7
2042.665
Degrees of freedom 6
Critical y
12.592
Expected Freq
112.8571
P.Value
0.0000
Determine the null and altemative hypotheses.
Họ
H,
At least two days of the week have a different frequency of being selected.
At least one day of the week has a different chance of being selected.
All days of the week have a different chance of being selected.
All days of the week have an equal chance of being selected.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa3968614-8902-457d-b92c-663942199ce8%2F02fea866-03fd-4039-a57a-68800007325a%2F0f1uxgq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A random sample of 790 subjects was asked to identify the day of the week that is best for quality family time. Consider the claim that the days of the week are selected with a uniform distribution so that all days have the same chance of being
selected. The table below shows goodness-of-fit test results from the claim and data from the study. Test that claim using either the critical value method or the P-value method with an assumed significance level of a =0.05.
Test statistic,
Num Categories
7
2042.665
Degrees of freedom 6
Critical y
12.592
Expected Freq
112.8571
P.Value
0.0000
Determine the null and altemative hypotheses.
Họ
H,
At least two days of the week have a different frequency of being selected.
At least one day of the week has a different chance of being selected.
All days of the week have a different chance of being selected.
All days of the week have an equal chance of being selected.
![A random sample of 790 subjects was asked to identify the day of the week that is best for quality family time. Consider the claim that the days of the week are selected with a uniform distribution so that all days have the same chance of being
selected. The table below shows goodness-of-fit test results from the claim and data from the study. Test that claim using either the critical value method or the P-value method with an assumed significance level of a = 0.05.
Test statistic,
Num Categories
2042.665
Degrees of freedom
6.
Critical y
12.592
Expected Freq
112.8571
P-Value
0.0000
Determine the null and alternative hypotheses.
H4:
All days of the week have an equal chance of being selected.
All days of the week have a different chance of being selected.
At least one day of the week has a different chance of being selected.
At least two days of the week have a different frequency
f being selected.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa3968614-8902-457d-b92c-663942199ce8%2F02fea866-03fd-4039-a57a-68800007325a%2F13rsiid_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A random sample of 790 subjects was asked to identify the day of the week that is best for quality family time. Consider the claim that the days of the week are selected with a uniform distribution so that all days have the same chance of being
selected. The table below shows goodness-of-fit test results from the claim and data from the study. Test that claim using either the critical value method or the P-value method with an assumed significance level of a = 0.05.
Test statistic,
Num Categories
2042.665
Degrees of freedom
6.
Critical y
12.592
Expected Freq
112.8571
P-Value
0.0000
Determine the null and alternative hypotheses.
H4:
All days of the week have an equal chance of being selected.
All days of the week have a different chance of being selected.
At least one day of the week has a different chance of being selected.
At least two days of the week have a different frequency
f being selected.
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