3. The joint density for the random variables (X , Y), where X is the unit temperature change and Y is the proportion of spectrum shift that a certain atomic particle produces, is [10xy² ,0

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3. The joint density for the random variables (X , Y), where X is the unit temperature change and Y is
the proportion of spectrum shift that a certain atomic particle produces, is
[10xy² ,0 <x < y <1
[0,otherwise
f(x, y) =
(10 points)
a. Find the marginal densities g(x) and h(y) and the conditional density f(y|x).
b. Find the probability that the spectrum shifts more than half of the total observations, given that
the temperature is increased by 0.25 unit.
Transcribed Image Text:3. The joint density for the random variables (X , Y), where X is the unit temperature change and Y is the proportion of spectrum shift that a certain atomic particle produces, is [10xy² ,0 <x < y <1 [0,otherwise f(x, y) = (10 points) a. Find the marginal densities g(x) and h(y) and the conditional density f(y|x). b. Find the probability that the spectrum shifts more than half of the total observations, given that the temperature is increased by 0.25 unit.
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