(11) When the conditional density of X given Y = y E (0, 1) is 2x fx|Y=y(x) = y < x < 1. 1- y2 Compute E(X|Y = 0.25). 0.7 0.25 0.75 2 None of the above N/A (Select One) (12) For the last problem obtain E(X|Y). 2Y2 3(1+Y) 2(1+Y+Y²) 3(1+Y) 2(1-Y+Y²) 3(1+Y) 3(1+Y) None of the above N/A (Select One)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Please just answer problem 12. Problem 11 is attached to help you. 

(11) When the conditional density of X given Y = y E (0, 1) is
2x
fx\Y=y (x) =
y < x < 1.
1 – y2 ’
Compute E(X|Y = 0.25).
0.7
0.25
0.75
None of the above
N/A
(Select One)
(12) For the last problem obtain E(X|Y).
2Y2
3(1+Y)
2(1+Y+Y?)
3(1+Y)
2(1-Y+Y²)
3(1+Y)
2
None of the above
N/A
3(1+Y)
(Select One)
Transcribed Image Text:(11) When the conditional density of X given Y = y E (0, 1) is 2x fx\Y=y (x) = y < x < 1. 1 – y2 ’ Compute E(X|Y = 0.25). 0.7 0.25 0.75 None of the above N/A (Select One) (12) For the last problem obtain E(X|Y). 2Y2 3(1+Y) 2(1+Y+Y?) 3(1+Y) 2(1-Y+Y²) 3(1+Y) 2 None of the above N/A 3(1+Y) (Select One)
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