2. Let X1,..., X10 be a random sample of n = 10 from a normal distribution N(0,02). (a) Find a best critical region of size 0.05 for testing Hoo21, H₁:0² = 2. : (b) Deduce the power of the test in part (a), that is, compute the power function K(2). Feel free to use any computing language to help you compute the power. (c) Find a best critical region of size 0.05 for testing Hoo² 1, H₁ : 0² = 4. (d) Deduce the power of the test in part (c), that is, compute the power function K(4). (e) Find a best critical region of size 0.05 for testing where σ > 1. Hoo² = 1, H₁:0² = 0², (f) Find a uniformly most powerful test and its critical region of size 0.05 for testing Ho: 0² = 1, H₁:0² > 1.
2. Let X1,..., X10 be a random sample of n = 10 from a normal distribution N(0,02). (a) Find a best critical region of size 0.05 for testing Hoo21, H₁:0² = 2. : (b) Deduce the power of the test in part (a), that is, compute the power function K(2). Feel free to use any computing language to help you compute the power. (c) Find a best critical region of size 0.05 for testing Hoo² 1, H₁ : 0² = 4. (d) Deduce the power of the test in part (c), that is, compute the power function K(4). (e) Find a best critical region of size 0.05 for testing where σ > 1. Hoo² = 1, H₁:0² = 0², (f) Find a uniformly most powerful test and its critical region of size 0.05 for testing Ho: 0² = 1, H₁:0² > 1.
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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