3. The STS (round to 3 decimals) is: The P-value (round to 4 decimals) is: 4. The decision at a = 0.01 is: O Do not reject Ho since P > a O Do not reject Ho since P < a O Reject Ho since P> a Reject Ho since P< a The conclusion is: O There is sufficient evidence to conclude that there is not a statistically significant linear correlation There is insufficient evidence to conclude that there is a statistically significant linear correlation O There is insufficient evidence to conclude that there is not a statistically significant linear correlation O There is sufficient evidence to conclude that there is a statistically significant linear correlation
3. The STS (round to 3 decimals) is: The P-value (round to 4 decimals) is: 4. The decision at a = 0.01 is: O Do not reject Ho since P > a O Do not reject Ho since P < a O Reject Ho since P> a Reject Ho since P< a The conclusion is: O There is sufficient evidence to conclude that there is not a statistically significant linear correlation There is insufficient evidence to conclude that there is a statistically significant linear correlation O There is insufficient evidence to conclude that there is not a statistically significant linear correlation O There is sufficient evidence to conclude that there is a statistically significant linear correlation
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:3. The STS (round to 3 decimals) is:
The P-value (round to 4 decimals) is:
4. The decision at a =
0.01 is:
O Do not reject Ho since P > a
O Do not reject Ho since P < a
O Reject Ho since P> a
O Reject Ho since P < a
The conclusion is:
O There is sufficient evidence to conclude that there is not a statistically significant linear correlation
O There is insufficient evidence to conclude that there is a statistically significant linear correlation
O There is insufficient evidence to conclude that there is not a statistically significant linear
correlation
O There is sufficient evidence to conclude that there is a statistically significant linear correlation
MacBook Air

Transcribed Image Text:• Question 16
>
In soccer, it seems reasonable to assume that the more shots a team takes, the more goals they will score.
A random sample of 25 soccer matches found that the linear correlation coefficient between shots taken
and goals scored was 0.3.
Does this result suggest that the correlation is statistically significant? Use a = 0.01.
1. Select the correct statement:
O If the correlation is found to be statistically significant, that means that changes in x cause changes
in y
O Even if the correlation is found to be statistically significant, that does not necessarily mean that
changes in x cause changes in y
The hypotheses are:
O Ho:p = 0; Ha:p# 0
O Ho:p 2 0; Ha:p < 0
O Ho:r > 0; Ha:r < 0
O Ho:r < 0; Ha:r > 0
O Ho:p<0; Ha:p> 0
O Ho:r = 0; Ha:r # 0
2. This is a O rightO leftO two tailed test and the distribution used is
Oz
OT
The Degrees of Freedom are
O 25
O 23
O 24
ON/A; this is a Z-test
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20
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F4
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