xample the joint density for the random variabes where X is the unit temperature change and is the proportion of spectrum shift that certain atomic particle produces, is fx₁y (x,y) = laxy² I (0,7) (xX) I (X, ₁) (Y) ind the marginal densities g(x), h(y) and the conditional density f(ylx). Find the probability that the spectrum shipts more that half of the -otal observations, given that the temperature is increased by 0-25 unit.
xample the joint density for the random variabes where X is the unit temperature change and is the proportion of spectrum shift that certain atomic particle produces, is fx₁y (x,y) = laxy² I (0,7) (xX) I (X, ₁) (Y) ind the marginal densities g(x), h(y) and the conditional density f(ylx). Find the probability that the spectrum shipts more that half of the -otal observations, given that the temperature is increased by 0-25 unit.
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![Example: the joint density for the random variables (X,Y), where X is
the unit temperature change and Yis the proportion of spectrum shift that
a certain atomic particle produces, is
fx₁y (x₁y) = 10 xy² I (0,7) (X) I (X, ₁) (Y)
(OX
A. Find the marginal densities g(x), h(y) and the conditional density f(Y(X).
B. Find the probability that the spectrum shipts more that half of the
total observations, given that the temperature is increased by 0.25 unit.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F30a90455-fd7b-4be6-9a55-4ca53b53681f%2Fbf4fae27-eb67-401c-95fa-1387bf836fb8%2Flypu9n8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Example: the joint density for the random variables (X,Y), where X is
the unit temperature change and Yis the proportion of spectrum shift that
a certain atomic particle produces, is
fx₁y (x₁y) = 10 xy² I (0,7) (X) I (X, ₁) (Y)
(OX
A. Find the marginal densities g(x), h(y) and the conditional density f(Y(X).
B. Find the probability that the spectrum shipts more that half of the
total observations, given that the temperature is increased by 0.25 unit.
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