Q1/ answer the following:a- find the value (a) so that the following function can satisfy a probability distributionfunction of the random variable Y:4f(y) = (4* ,) .a.C) for y = 0,2,3,4b- find the value of (z) for a random variable Y with the following density function:z Vy21< y< 3f(y) =elsewherec- from the results in (b) Find an expression F(y) and use it to evaluate43.PG

(a) The required calculation can be defined by the formula Let us consider it satisfy probability…

Q1/ answer the following: a- find the value (a) so that the following function can satisfy a probability distribution function of the random variable Y: 4 fG) = (4*,) .a.G) for y = 0,2,3,4 b- find the value of (z) for a random variable Y with the following density function: z Vy? 3 1< y< 3 f(y) = elsewhere c- from the results in (b) Find an expression F(y) and use it to evaluate 3. Ĉ

Q1/ answer the following: a- find the value (a) so that the following function can satisfy a probability distribution function of the random variable Y: 4 fG) = (4*,) .a.G) for y = 0,2,3,4 b- find the value of (z) for a random variable Y with the following density function: z Vy? 3 1< y< 3 f(y) = elsewhere c- from the results in (b) Find an expression F(y) and use it to evaluate 3. Ĉ

A First Course in Probability (10th Edition)

10th Edition

ISBN:9780134753119

Author:Sheldon Ross

Publisher:Sheldon Ross

Chapter1: Combinatorial Analysis

Section: Chapter Questions

Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...

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Estimation

A new framework of data analysis where the new statistical methods are used for interpreting the results and analyzing the data is known as estimation in statistics.

Question

Q1/ answer the following:
a- find the value (a) so that the following function can satisfy a probability distribution
function of the random variable Y:
4
f(y) = (4* ,) .a.C) for y = 0,2,3,4
b- find the value of (z) for a random variable Y with the following density function:
z Vy2
1< y< 3
f(y) =
elsewhere
c- from the results in (b) Find an expression F(y) and use it to evaluate
4
3.
PG
<y<).
d- Test if the area under the curve is equal to 1. for the continuous random variable Y
described below:
12.5
0.02 < y < 0.1
f(y) =
elsewhere

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