5. Suppose X is a random variable. (a) X is independent of itself if and only if there is some constant c such that P[X = c] = 1. (b) If there exists a measurable g: (R, B(R)) → (R, B(R)), such that X and g(X) are independent, then prove there exists c E R such that P[g(X) = c] = 1.

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
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Chapter3: Matrices
Section3.7: Applications
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5. Suppose X is a random variable.
(a) X is independent of itself if and only if there is some constant c such that
P[X = c] = 1.
(b) If there exists a measurable
g: (R, B(R)) → (R, B(R)),
such that X and g(X) are independent, then prove there exists c ER such
that
P[g(X) = c] = 1.
Transcribed Image Text:5. Suppose X is a random variable. (a) X is independent of itself if and only if there is some constant c such that P[X = c] = 1. (b) If there exists a measurable g: (R, B(R)) → (R, B(R)), such that X and g(X) are independent, then prove there exists c ER such that P[g(X) = c] = 1.
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