Problem 3 (p. 310 #6). Cauchy distribution. Suppose that a particle is fired from the origin n the (x, y) plane in a straight line at a random angle where is chosen uniformly from the nterval (-) Show that the random variable Y = y-coordinate of the intersection between the point and the vertical line = 1 has density fy (y) = This is called the Cauchy distribution. 1 π(1 + y²)*
Problem 3 (p. 310 #6). Cauchy distribution. Suppose that a particle is fired from the origin n the (x, y) plane in a straight line at a random angle where is chosen uniformly from the nterval (-) Show that the random variable Y = y-coordinate of the intersection between the point and the vertical line = 1 has density fy (y) = This is called the Cauchy distribution. 1 π(1 + y²)*
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
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
Transcribed Image Text:Problem 3 (p. 310 #6). Cauchy distribution. Suppose that a particle is fired from the origin
in the (x, y) plane in a straight line at a random angle where is chosen uniformly from the
interval (-) Show that the random variable Y = y-coordinate of the intersection between the
point and the vertical line z = 1 has density
I=
fy (y)
This is called the Cauchy distribution.
=
1
π(1+y²)*
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