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Question 8. This question is similar to Exercise 11 on page 363 of your textbook. Let t be a t-random variable. = 0.05 and 65 degrees of freedom. Use Excel function =t.inv to find a. P(t 2.16) df =23 This is a fill-in-blank question. Do not show your work. Write your answer with the format of # ### ## ### ##### The first number is for (i), the second number is for (ii), and so on.

Question 8. This question is similar to Exercise 11 on page 363 of your textbook. Let t be a t-random variable. = 0.05 and 65 degrees of freedom. Use Excel function =t.inv to find a. P(t 2.16) df =23 This is a fill-in-blank question. Do not show your work. Write your answer with the format of # ### ## ### ##### The first number is for (i), the second number is for (ii), and so on.

MATLAB: An Introduction with Applications
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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Question 8. This question is similar to Exercise 11 on page 363 of your textbook. Let t be a t-random variable. P(ta) = 0.05 and 65 degrees of freedom. Use Excel function =t.inv to find a. ii. Use Excel function =t.dist to find P(t < -1.87) with df = 14 iii. Use Excel function =t.dist.rt to find P(t> 2.16) with df =23 This is a fill-in-blank question. Do not show your work. Write your answer with the format of #.###, #.####, #.####. The first number is for (i), the second number is for (ii), and so on.
Transcribed Image Text:Question 8. This question is similar to Exercise 11 on page 363 of your textbook. Let t be a t-random variable. P(ta) = 0.05 and 65 degrees of freedom. Use Excel function =t.inv to find a. ii. Use Excel function =t.dist to find P(t < -1.87) with df = 14 iii. Use Excel function =t.dist.rt to find P(t> 2.16) with df =23 This is a fill-in-blank question. Do not show your work. Write your answer with the format of #.###, #.####, #.####. The first number is for (i), the second number is for (ii), and so on.
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