Suppose that the proportion of all American adults that fit the medical definition of being obese is 0.23. A large medical clinic would like to determine if the proportion of their patients that are obese is higher than that of all American adults. The clinic takes a simple random sample of 30 of their patients and finds that 9 patients in the sample are obese. Which of the following represents the null and alternative hypotheses in proper notation? A B = 0.30 versus HP > 0.30 0 H: 0.23 versus H> 0.23 H = 0.23 versus :P 0.23 A DH x=0.30 versus H:*> 0.30 A

Holt Mcdougal Larson Pre-algebra: Student Edition 2012
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Author:HOLT MCDOUGAL
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Chapter11: Data Analysis And Probability
Section: Chapter Questions
Problem 8CR
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Question
Suppose that the proportion of all American adults that fit the medical definition of being obese is
0.23. A large medical clinic would like to determine if the proportion of their patients that are obese is higher than that
of all American adults. The clinic takes a simple random sample of 30 of their patients and finds that 9 patients in the
sample are obese. Which of the following represents the null and alternative hypotheses in proper notation? Ho:hat
(p) = 0.30 versus H hat(p) > 0.30 H = 0.23 versus H:7 > 0.23 H:hat(p) = 0.23 versus H hat(p) > 0.23 H:7 = 0.30
7
versus H> 0.30
A
A
0
A
A
0
0
Question 5
Suppose that the proportion of all American adults that fit the medical definition of being obese is 0.23. A large medical clinic would
like to determine if the proportion of their patients that are obese is higher than that of all American adults. The clinic takes a simple
random sample of 30 of their patients and finds that 9 patients in the sample are obese.
Which of the following represents the null and alternative hypotheses in proper notation?
A
0
=
HP 0.30 versus HP > 0.30
B
H
0.23 versus H> 0.23
H
0
=0.23 versus HP > 0.23
A
DH:x=0.30 versus H, :> 0.30
0
A
Transcribed Image Text:Suppose that the proportion of all American adults that fit the medical definition of being obese is 0.23. A large medical clinic would like to determine if the proportion of their patients that are obese is higher than that of all American adults. The clinic takes a simple random sample of 30 of their patients and finds that 9 patients in the sample are obese. Which of the following represents the null and alternative hypotheses in proper notation? Ho:hat (p) = 0.30 versus H hat(p) > 0.30 H = 0.23 versus H:7 > 0.23 H:hat(p) = 0.23 versus H hat(p) > 0.23 H:7 = 0.30 7 versus H> 0.30 A A 0 A A 0 0 Question 5 Suppose that the proportion of all American adults that fit the medical definition of being obese is 0.23. A large medical clinic would like to determine if the proportion of their patients that are obese is higher than that of all American adults. The clinic takes a simple random sample of 30 of their patients and finds that 9 patients in the sample are obese. Which of the following represents the null and alternative hypotheses in proper notation? A 0 = HP 0.30 versus HP > 0.30 B H 0.23 versus H> 0.23 H 0 =0.23 versus HP > 0.23 A DH:x=0.30 versus H, :> 0.30 0 A
Question 5
Suppose that the proportion of all American adults that fit the medical definition of being obese is 0.23. A large medical clinic would
like to determine if the proportion of their patients that are obese is higher than that of all American adults. The clinic takes a simple
random sample of 30 of their patients and finds that 9 patients in the sample are obese.
Which of the following represents the null and alternative hypotheses in proper notation?
A
H
= 0.30 versus Hp > 0.30
B
0
H=0.23 versus H > 0.23
A
H: 0.23 versus HP > 0.23
A
H=0.30 versus H > 0.30
D
0
A
Transcribed Image Text:Question 5 Suppose that the proportion of all American adults that fit the medical definition of being obese is 0.23. A large medical clinic would like to determine if the proportion of their patients that are obese is higher than that of all American adults. The clinic takes a simple random sample of 30 of their patients and finds that 9 patients in the sample are obese. Which of the following represents the null and alternative hypotheses in proper notation? A H = 0.30 versus Hp > 0.30 B 0 H=0.23 versus H > 0.23 A H: 0.23 versus HP > 0.23 A H=0.30 versus H > 0.30 D 0 A
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