Problem 3.2.4 Solution For x < 0, Fx(x) = 0. For x 2 0, Fx (8) = 0) dy 'vedy= - -- (1) A complete expression for the CDF of X is X <0 Fx (x) = (2)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
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Chapter2: Second-order Linear Odes
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Problem 3.2.4 Solution
For x < 0, Fx(x) = 0. For x 2 0,
Fy (4) = fx 0) dy = [ a'yer dy = -e =1-A
(1)
A complete expression for the CDF of X is
X <0
Fx (x) =
(2)
Transcribed Image Text:Problem 3.2.4 Solution For x < 0, Fx(x) = 0. For x 2 0, Fy (4) = fx 0) dy = [ a'yer dy = -e =1-A (1) A complete expression for the CDF of X is X <0 Fx (x) = (2)
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