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(A) Compute Has a T-Distribution with 15 Degrees of Freedom

Question 32

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(A) Compute (A) Compute has a t-distribution with 15 degrees of freedom. (B) Compute has a t-distribution with 150 degrees of freedom. (C) How do you explain the difference between the results obtained in (A) and (B)? (D) Compute where Z is a standard normal random variable. (E) Compare the results of (D) to the results obtained in (A) and (B). How do you explain the difference in these probabilities? has a t-distribution with 15 degrees of freedom.
(B) Compute (A) Compute has a t-distribution with 15 degrees of freedom. (B) Compute has a t-distribution with 150 degrees of freedom. (C) How do you explain the difference between the results obtained in (A) and (B)? (D) Compute where Z is a standard normal random variable. (E) Compare the results of (D) to the results obtained in (A) and (B). How do you explain the difference in these probabilities? has a t-distribution with 150 degrees of freedom.
(C) How do you explain the difference between the results obtained in (A) and (B)?
(D) Compute (A) Compute has a t-distribution with 15 degrees of freedom. (B) Compute has a t-distribution with 150 degrees of freedom. (C) How do you explain the difference between the results obtained in (A) and (B)? (D) Compute where Z is a standard normal random variable. (E) Compare the results of (D) to the results obtained in (A) and (B). How do you explain the difference in these probabilities? where Z is a standard normal random variable.
(E) Compare the results of (D) to the results obtained in (A) and (B). How do you explain the difference in these probabilities?

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​(A) By using the Excel function = T DIS...

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