A knewton.com The following data was calculated during a study about medication side effects. Use the following information to choose the correct interpretation for this hypothesis test: • The alternative hypothesis is H: p # 0.12 • The test statistic is calculated as zo = -1.54. Based on the z- table, the p- value is approximately 0.124. Use the curve below to help visualize your answer. Select the appropriate test by dragging the blue point to a right, left- or two-tailed diagram, then set the test statistic on the x-axis to visualize the p-value. Move the blue dot to choose the appropriate test
A knewton.com The following data was calculated during a study about medication side effects. Use the following information to choose the correct interpretation for this hypothesis test: • The alternative hypothesis is H: p # 0.12 • The test statistic is calculated as zo = -1.54. Based on the z- table, the p- value is approximately 0.124. Use the curve below to help visualize your answer. Select the appropriate test by dragging the blue point to a right, left- or two-tailed diagram, then set the test statistic on the x-axis to visualize the p-value. Move the blue dot to choose the appropriate test
MATLAB: An Introduction with Applications
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![A knewton.com
The following data was calculated during a study about medication side effects. Use the following information to choose the
correct interpretation for this hypothesis test:
• The alternative hypothesis is H:p + 0.12
• The test statistic is calculated as zo = -1.54.
• Based on the z- table, the p– value is approximately 0.124.
Use the curve below to help visualize your answer. Select the appropriate test by dragging the blue point to a right-, left- or
two-tailed diagram, then set the test statistic on the x-axis to visualize the p-value.
Move the blue dot to choose the appropriate test
Q Search or enter website name
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Transcribed Image Text:A knewton.com
The following data was calculated during a study about medication side effects. Use the following information to choose the
correct interpretation for this hypothesis test:
• The alternative hypothesis is H:p + 0.12
• The test statistic is calculated as zo = -1.54.
• Based on the z- table, the p– value is approximately 0.124.
Use the curve below to help visualize your answer. Select the appropriate test by dragging the blue point to a right-, left- or
two-tailed diagram, then set the test statistic on the x-axis to visualize the p-value.
Move the blue dot to choose the appropriate test
Q Search or enter website name
2#
%24
&
2
3
4
7
8.
9.
{
W
E
T
Y
U
D
F
G
H.
J
K
![A knewton.com
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desmos
Select the correct answer below:
O The probability of observing a value of zo = ±1.54 or more extreme if the null hypothesis is true is 12.4%.
O The probability of observing a value of zo = -1.54 or less if the null hypothesis is true is 12.4%.
The probability of observing a value of zo = ±1.54 or more extreme if the null hypothesis is true is 87.6%.
The probability of observing a value of zo = -1.54 or less if the null hypothesis is true is 87.6%.
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2
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7
8
E
Y
P](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd29f90df-9668-496c-8af9-1d6a3b244f28%2Fed88315d-1eb0-419a-a7c1-8e32446fa617%2Fw6d8j8q_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A knewton.com
powered by
desmos
Select the correct answer below:
O The probability of observing a value of zo = ±1.54 or more extreme if the null hypothesis is true is 12.4%.
O The probability of observing a value of zo = -1.54 or less if the null hypothesis is true is 12.4%.
The probability of observing a value of zo = ±1.54 or more extreme if the null hypothesis is true is 87.6%.
The probability of observing a value of zo = -1.54 or less if the null hypothesis is true is 87.6%.
D FEEDBACK
MORE INSTRUCTION
SUBMIT
Content attribution
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P
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