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A student believes that a certain 6-sided number cube, with the numbers 1 to 6, is unfair and is more likely to land with a 6 facing up. The student rolls the cube 100 times and lands with 6 facing up 20 times. The P-value for the test of the hypotheses, H0:p=0.17 and Ha:p>0.17, is 0.19. What is the correct conclusion given a=0.05?

Because the P-value is less than a=0.05, the student should reject H0.
Because the P-value is less than a=0.05, the student should reject H0.
Because the P-value is greater than a=0.05, the student should reject H0.
Because the P-value is greater than a=0.05, the student should fail to reject H0.

Respuesta :

dillpickle3422

Answer:

third one

Step-by-step explanation:

To find the p-value of a data set, we can use the rejection region data to predict where the answer will lie.

P-Value

To find the p-value of this data set, let's write out the data given in the question.

Data;

  • H_o = p = 0.17
  • Ha = p>0.17

Technically, the p-value is greater that the Ha and this affect the data significantly.

Since the p-value is greater than the ha value, we can accept that the value of H_o and assume the student will reject the H_o

The answer to this question is option D

learn more on p-value here;

https://brainly.com/question/4621112

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