6. (11 pts) Use the Distribution Function Method here: The random variable ??~????????(∝= 4, ?? = 2). Let ?? = ??4. Find the pdf of U.
6. (11 pts) Use the Distribution Function Method here: The random variable ??~????????(∝= 4, ?? =...
(11 pts) Use the Distribution Function Method here: The random variable y-Beta( Let U Y4. Find the pdf of U. 4,β-2). 6.
6. (11 pts) Use the Distribution Function Method here: The random variable Y~ Beta(o4,B 2). Let U-Y4. Find the pdf of U.
5. (11 pts) Use the Distribution Function Method on this problem: The random variable Y has an exponential distribution with parameter β. Let ?? = √??. Find the pdf of U. Note: U has a Weibull distribution. You will see the Weibull distribution many times in this course 5. (11 pts) Use the Distribution Function Method on this problem: The random variable Y has an exponential distribution with parameter B. Let U-VY. Find the pdf of U. Note: Uhas a...
(11 pts) Use the Distribution Function Method on this problem: The random variable Y has an exponential distribution with parameter B. Let U vY. Find the pdf of U. Note: Uhas a Weibull distribution. You will see the Weibull distribution many times in this course. 5.
9. (9 pts) The random variable ??~??????????(∝= 2, ?? = 4). Use the method of moment-generating functions to prove that the moment generating function for the random variable ?? = 3?? + 5 is 10. 9. (9 pts) The random variable Y-Gamma(α-2. functions to prove that the moment generating function for the random variable W mw(t)120)2 4). Use the method of moment-generating 3Y 5 is est (1-12t)2 10, (9 pts) Suppose that Y has a gamma distribution with α-n/2 for...
3. A random variable X is said to have a Cauchy(α, β) distribution if and only if it has PDF function Now, suppose that Xi and X2 are independent Cauchy(0, 1) random variables, and let Y = X1 + X2. Use the transformation technique to find and identify the distribution of Y by first finding the joint distribution of Xi and Y. (Seahin 3 4
7. (11 pts) Use the Transformation Method on this problem (be sure to verify that the function h(y) is increasing or decreasing over the domain of y, either by graphing h(y) or by using differential calculus): 7. (11 pts) Use the Transformation Method on this problem (be sure to verify that the function h(yjs increasing or decreasing over the domain of y, either by graphing h(y) or by using differential calculus): The random variable Y~Gamma(o:: 3/2,β-4). Use the transformation method...
9. (9 pts) The random variable r-Gamma(x-2, β-4). functions to prove that the moment generating function for the random variable W mw(t) (1-12t)2. Use the method of moment-generating 3Y +5is eSt 10, (9 pts) Suppose that Y has a gamma distribution with α-n/2 for some positive integer n and β equal to some specified value. Use the method of moment-generating functions to prove that W- 2Y /g has a Chi-squared distribution with n degrees of freedom. Make sure you show...
Problem 5. Let X be a continuous random variable with a 2-paameter exponential distribution with parameters α = 0.4 and xo = 0.45, ie, ;x 2 0.45 x 〈 0.45 f(x) = (2.5e-2.5 (-0.45) Variable Y is a function of X: a) Find the first order approximation for the expected value and variance of Y b) Find the probability density function (PDF) of Y. c) Find the expected value and variance of Y from its PDF Problem 5. Let X...
Use the method of distribution functions 2. (5 marks) Consider a random variable Y with density function 3y2 0 ,else Find the probability density function of U 4-Y