Albany State University Deadpool Average Time to Grow Back a Leg Questions To complete these questions, the accuracy should be high. It is better to complete these questions as soon as possible, and the maximum time is 2 hours 1.
-/54 POINTS
7
0.674
0.841
0.84
1.036
1.282
1.645
1.960
2.054
2.326
2.576
2.807
3.091
3.291
95
%
confid.
50%
60%
70%
80%
90%
95%
96%
98%
99%
99.5%
99.8%
99.9%
Please use the z-chart and confidence row provided on my website to answer all questions.
https://www.albany.edu/%7Ejr853689/normaldistribution_zneg_grid.htm
https://www.albany.edu/%7Ejr853689/normaldistribution_zpos_grid.htm
In a simple random of 400 of Deadpool fights, Deadpool breaks the Fourth Wall in 225 of them.
A 99.9% confidence interval for the true proportion of all fights in which Deadpool breaks the fourth wall is (49)
40
). (Answers to four places after the decimal.)
Unless our sample is among the most unusual 1% of samples, the true proportion of all fights in which Deadpool breaks the fourth wall is between 49)
and 40
(Answers to four places after the decimal.)
Vanessa claims that Deadpool breaks the Fourth Wall in half of his fights. Do we have evidence that she’s underestimating the truth at each of the following levels?
The associated p-value for this hypothesis test is 49)
(Answers to four places after the decimal.)
At the 20% level:
no
yes
At the 15% level:
no
yes
At the 13% level:
yes
no
At the 10% level:
no
yes
At the 7% level:
no
yes
At the 5% level:
no
yes
At the 3% level:
no
yes
At the 2% level:
yes
no
At the 1% level:
no
yes
At the 0.2% level:
yes
no
At the 0.1% level:
yes
no
Colossus claims that Deadpool breaks the Fourth Wall in half of his fights. Do we have evidence that he’s mistaken at each of the following levels?
The associated p-value for this hypothesis test is 49)
(Answers to four places after the decimal.)
At the 20% level:
O yes
O no
At the 15% level:
O no
O yes
At the 13% level:
O yes
O no
At the 10% level:
O no
O yes
At the 7% level:
O yes
O no
At the 5% level:
O no
yes
At the 3% level:
O yes
O no
At the 2% level:
O yes
0
no
At the 1% level:
O no
O yes
At the 0.2% level:
O yes
O no
At the 0.1% level:
O yes
O no
2.
-/54 POINTS
MY NOTES
z
0.674
0.841
1.036
1.282
1.645
1.960
2.054 | 2.326
2.576
2.807
3.091
3.291
confid.
50%
60%
70%
80%
90%
95%
96%
98%
99%
99.5%
99.8%
99.9%
Please use the z-chart and confidence row provided on my website to answer all questions.
https://www.albany.edu/%7Ejr853689/normaldistribution_zneg_grid.htm
https://www.albany.edu/%7Ejr853689/normaldistribution_zpos_grid.htm
We are interested in how long on average it takes Deadpool to grow back a leg. A simple random sample of 25 occasions results in an average of 61 minutes before Deadpool’s leg grows back. Assume that the standard deviation of all grow-back-times is 10 minutes.
The 80% confidence interval for Deadpool’s average time to grow back a leg is (49)
4.0
– (Answers to two places after the decimal.)
Unless our sample is among the most unusual 5% of samples, Deadpool’s average time to grow back a leg is between 49)
and
0
(Answers to two places after the decimal.)
Vanessa claims that average, it takes Deadpool 65 minutes to grow back a leg. Do we have evidence that she’s exaggerating the truth at each of the following levels?
The associated p-value for this hypothesis test is 49)
(Answers to four places after the decimal.)
At the 20% level:
yes
no
At the 15% level:
no
yes
At the 13% level:
no
yes
At the 10% level:
no
yes
At the 7% level:
yes
no
At the 5% level:
no
yes
At the 3% level:
no
yes
At the 2% level:
no
yes
At the 1% level:
no
yes
At the 0.2% level:
yes
no
At the 0.1% level:
no
yes
1.
-/54 POINTS
7
0.674
0.841
0.84
1.036
1.282
1.645
1.960
2.054
2.326
2.576
2.807
3.091
3.291
95
%
confid.
50%
60%
70%
80%
90%
95%
96%
98%
99%
99.5%
99.8%
99.9%
Please use the z-chart and confidence row provided on my website to answer all questions.
https://www.albany.edu/%7Ejr853689/normaldistribution_zneg_grid.htm
https://www.albany.edu/%7Ejr853689/normaldistribution_zpos_grid.htm
In a simple random of 400 of Deadpool fights, Deadpool breaks the Fourth Wall in 225 of them.
A 99.9% confidence interval for the true proportion of all fights in which Deadpool breaks the fourth wall is (49)
40
). (Answers to four places after the decimal.)
Unless our sample is among the most unusual 1% of samples, the true proportion of all fights in which Deadpool breaks the fourth wall is between 49)
and 40
(Answers to four places after the decimal.)
Vanessa claims that Deadpool breaks the Fourth Wall in half of his fights. Do we have evidence that she’s underestimating the truth at each of the following levels?
The associated p-value for this hypothesis test is 49)
(Answers to four places after the decimal.)
At the 20% level:
no
yes
At the 15% level:
no
yes
At the 13% level:
yes
no
At the 10% level:
no
yes
At the 7% level:
no
yes
At the 5% level:
no
yes
At the 3% level:
no
yes
At the 2% level:
yes
no
At the 1% level:
no
yes
At the 0.2% level:
yes
no
At the 0.1% level:
yes
no
Colossus claims that Deadpool breaks the Fourth Wall in half of his fights. Do we have evidence that he’s mistaken at each of the following levels?
The associated p-value for this hypothesis test is 49)
(Answers to four places after the decimal.)
At the 20% level:
O yes
O no
At the 15% level:
O no
O yes
At the 13% level:
O yes
O no
At the 10% level:
O no
O yes
At the 7% level:
O yes
O no
At the 5% level:
O no
yes
At the 3% level:
O yes
O no
At the 2% level:
O yes
0
no
At the 1% level:
O no
O yes
At the 0.2% level:
O yes
O no
At the 0.1% level:
O yes
O no
2.
-/54 POINTS
MY NOTES
z
0.674
0.841
1.036
1.282
1.645
1.960
2.054 | 2.326
2.576
2.807
3.091
3.291
confid.
50%
60%
70%
80%
90%
95%
96%
98%
99%
99.5%
99.8%
99.9%
Please use the z-chart and confidence row provided on my website to answer all questions.
https://www.albany.edu/%7Ejr853689/normaldistribution_zneg_grid.htm
https://www.albany.edu/%7Ejr853689/normaldistribution_zpos_grid.htm
We are interested in how long on average it takes Deadpool to grow back a leg. A simple random sample of 25 occasions results in an average of 61 minutes before Deadpool’s leg grows back. Assume that the standard deviation of all grow-back-times is 10 minutes.
The 80% confidence interval for Deadpool’s average time to grow back a leg is (49)
4.0
– (Answers to two places after the decimal.)
Unless our sample is among the most unusual 5% of samples, Deadpool’s average time to grow back a leg is between 49)
and
0
(Answers to two places after the decimal.)
Vanessa claims that average, it takes Deadpool 65 minutes to grow back a leg. Do we have evidence that she’s exaggerating the truth at each of the following levels?
The associated p-value for this hypothesis test is 49)
(Answers to four places after the decimal.)
At the 20% level:
yes
no
At the 15% level:
no
yes
At the 13% level:
no
yes
At the 10% level:
no
yes
At the 7% level:
yes
no
At the 5% level:
no
yes
At the 3% level:
no
yes
At the 2% level:
no
yes
At the 1% level:
no
yes
At the 0.2% level:
yes
no
At the 0.1% level:
no
yes
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