Please quickly I don’t have time Consider two continuous random variables X and Y with marginal distributions g(x) andh(v)respectively and the joint density function given by:x > 2, 0 < y < 1,164.f(x, y) =10,elsewhere.Then:O f(ylx)#h(y)O None of theseO X and Y are statistically dependentO f(xly)=g(x)

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Consider two continuous random variables X and Y with marginal distributions g(x)and h(y)respectively and the joint density function given by: 16y x > 2, 0< y < 1, f(x, y) 10, = elsewhere. Then: Of(ylx)#h(y) O None of these O X and Y are statistically dependent O f(xly)=g(x)

Consider two continuous random variables X and Y with marginal distributions g(x)and h(y)respectively and the joint density function given by: 16y x > 2, 0< y < 1, f(x, y) 10, = elsewhere. Then: Of(ylx)#h(y) O None of these O X and Y are statistically dependent O f(xly)=g(x)

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Question

Please quickly I don’t have time

Consider two continuous random variables X and Y with marginal distributions g(x) and
h(v)respectively and the joint density function given by:
x > 2, 0 < y < 1,
164.
f(x, y) =
10,
elsewhere.
Then:
O f(ylx)#h(y)
O None of these
O X and Y are statistically dependent
O f(xly)=g(x)

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