The seller of a loaded die claims that it will favor the outcome 6. We don't believe that claim, and roll the die 350 times to test an appropriate hypothesis. Our P-value turns out to be 0.01. Provide an appropriate conclusion using α = 0.02? Choose the best asnwer below: A. We can say there is a 1% chance of not seeing a fair die in the results we observed from natural sampling variation. We conclude the die is loaded. B. There is a 1% chance of a fair die. C. There's only a 1% chance of seeing a fair die in the results we observed from natural sampling variation. We conclude the die is loaded. D. There is a 99% chance of a fair die. E We can say there is a 1% chance of seeing a fair die in the results we observed from natural sampling variation. There is no evidence the die is loaded, but we cannot conclude the die is fair.
The seller of a loaded die claims that it will favor the outcome 6. We don't believe that claim, and roll the die 350 times to test an appropriate hypothesis. Our P-value turns out to be 0.01. Provide an appropriate conclusion using α = 0.02? Choose the best asnwer below: A. We can say there is a 1% chance of not seeing a fair die in the results we observed from natural sampling variation. We conclude the die is loaded. B. There is a 1% chance of a fair die. C. There's only a 1% chance of seeing a fair die in the results we observed from natural sampling variation. We conclude the die is loaded. D. There is a 99% chance of a fair die. E We can say there is a 1% chance of seeing a fair die in the results we observed from natural sampling variation. There is no evidence the die is loaded, but we cannot conclude the die is fair.
Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter13: Probability And Calculus
Section13.CR: Chapter 13 Review
Problem 6CR
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The seller of a loaded die claims that it will favor the outcome 6. We don't believe that claim, and roll the die 350 times to test an appropriate hypothesis. Our P-value turns out to be 0.01. Provide an appropriate conclusion using α = 0.02?
Choose the best asnwer below:
A. We can say there is a 1% chance of not seeing a fair die in the results we observed from natural sampling variation. We conclude the die is loaded.
B. There is a 1% chance of a fair die.
C. There's only a 1% chance of seeing a fair die in the results we observed from natural sampling variation. We conclude the die is loaded.
D. There is a 99% chance of a fair die.
E We can say there is a 1% chance of seeing a fair die in the results we observed from natural sampling variation. There is no evidence the die is loaded, but we cannot conclude the die is fair.
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