Diabete educational level contingency table showing cross sample of Native Americans. Use this data to are Independent for Native Americans at the a= 0.10 a) Which would be correct hypotheses for this test? O Ho: Educational level is dependent on diabetic state; H₁: Educational level and diabetic state are independent O Ho: 11 = 12; H₁:1 142 O Ho: Educational level and diabetic state are independent; H₁: Educational level and diabetic state are not independent O Ho: P1 = P2; H1: P1 P2 Sample data: Diabetes No Diabetes Less than High School 152 b) Test Statistic (2 decimal places): High School Graduate 23 155 Some College 9 231 c) Give the P-value (4 decimal places - if less than 0.001 answer 0): College Graduate 7 188 PhD 9 50

MATLAB: An Introduction with Applications
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Chapter1: Starting With Matlab
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Question
Diabetes
educational level an
contingency table showing cross
sample of Native Americans. Use this data to
are independent for Native Americans at the a= 0.10
a) Which would be correct hypotheses for this test?
O Ho: Educational level is dependent on diabetic state; H₁: Educational level and
diabetic state are independent
O Ho: 41 = 12; H₁:1 142
O Ho: Educational level and diabetic state are independent; H₁: Educational level and
diabetic state are not independent
O Ho: P1 = P2; H1: P1 P2
Sample data:
Diabetes
No
Diabetes
Less than High
School
15
152
b) Test Statistic (2 decimal places):
High School
Graduate
23
155
Some
College
9
231
c) Give the P-value (4 decimal places - if less than 0.001 answer 0):
College
Graduate
7
188
PhD
9
50
Transcribed Image Text:Diabetes educational level an contingency table showing cross sample of Native Americans. Use this data to are independent for Native Americans at the a= 0.10 a) Which would be correct hypotheses for this test? O Ho: Educational level is dependent on diabetic state; H₁: Educational level and diabetic state are independent O Ho: 41 = 12; H₁:1 142 O Ho: Educational level and diabetic state are independent; H₁: Educational level and diabetic state are not independent O Ho: P1 = P2; H1: P1 P2 Sample data: Diabetes No Diabetes Less than High School 15 152 b) Test Statistic (2 decimal places): High School Graduate 23 155 Some College 9 231 c) Give the P-value (4 decimal places - if less than 0.001 answer 0): College Graduate 7 188 PhD 9 50
Question 7
MAT206 Exam
A public health researcher believes that political affiliation is related to support for a proposed
junk food tax and recruits a random sample of n = 300 citizens to test her theory. The known
affiliation for political parties in this area is: 10% Independent, 40% Democrat, 30% Republican,
and 20% Other. The sample data is given in the table below. At the a= 0.01 level of
significance, does the data indicate that the distribution of the support for the junk food tax is
significantly different from the known affiliation distribution?
a) Which would be the correct hypotheses for this test?
O Ho: The distribution of the support for the junk food tax is the same as the known
distribution of policical party affiliations in the area (i.e. the given distribution still fits);
H₁: The distribution of the support for the junk food tax is significantly different from
the known distribution of political party affiliations in the area (i.e. the given distribution
no longer fits)
O Ho: The distribution of the support for the junk food tax has changed significantly from
the distribution of political party affiliations in the area; H_1: The distribution of the
support for the junk food tax has not changed significantly from the distribution of
political party affiliations in the area
O Ho: P = P₂; H₁: P₁ P2
Ọ Ho:P1 = 12; H:/17 P
Transcribed Image Text:Question 7 MAT206 Exam A public health researcher believes that political affiliation is related to support for a proposed junk food tax and recruits a random sample of n = 300 citizens to test her theory. The known affiliation for political parties in this area is: 10% Independent, 40% Democrat, 30% Republican, and 20% Other. The sample data is given in the table below. At the a= 0.01 level of significance, does the data indicate that the distribution of the support for the junk food tax is significantly different from the known affiliation distribution? a) Which would be the correct hypotheses for this test? O Ho: The distribution of the support for the junk food tax is the same as the known distribution of policical party affiliations in the area (i.e. the given distribution still fits); H₁: The distribution of the support for the junk food tax is significantly different from the known distribution of political party affiliations in the area (i.e. the given distribution no longer fits) O Ho: The distribution of the support for the junk food tax has changed significantly from the distribution of political party affiliations in the area; H_1: The distribution of the support for the junk food tax has not changed significantly from the distribution of political party affiliations in the area O Ho: P = P₂; H₁: P₁ P2 Ọ Ho:P1 = 12; H:/17 P
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