3. For the following density function fxy (x,y) = k(x²- y²)e-y where the support of the vector is B, B = {(x, y) : 0 < y <∞, x < y} Calculate the following: a) k such that fxy is a function of density. b) The joint distribution function. c) The marginal density function for each variable. calculate the marginal density functions of the random vector.

A First Course in Probability (10th Edition)
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Author:Sheldon Ross
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Chapter1: Combinatorial Analysis
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ФЫ В А ПРО В А П Р О Л ДЗАПРОЛДЖЭ
ЯЧСМИТНЧСМИТЬБНСМИТЬБю
SOLVE STEP BY STEP IN DIGITAL FORMAT
3. For the following density function
fxy(x,y) = k(x² - y²)e-u
where the support of the vector is B, B = {(x,y) : 0 <y <oo, |x| <y}
Calculate the following:
a) k such that fxy is a function of density.
b) The joint distribution function.
c) The marginal density function for each variable.
calculate the marginal density functions of the random vector.
ЙЦУКЕНГШУКЕНГШЩ ЗКЕНГШЩзхъ
Transcribed Image Text:ФЫ В А ПРО В А П Р О Л ДЗАПРОЛДЖЭ ЯЧСМИТНЧСМИТЬБНСМИТЬБю SOLVE STEP BY STEP IN DIGITAL FORMAT 3. For the following density function fxy(x,y) = k(x² - y²)e-u where the support of the vector is B, B = {(x,y) : 0 <y <oo, |x| <y} Calculate the following: a) k such that fxy is a function of density. b) The joint distribution function. c) The marginal density function for each variable. calculate the marginal density functions of the random vector. ЙЦУКЕНГШУКЕНГШЩ ЗКЕНГШЩзхъ
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