A candy company distributes boxes of chocolates with a mixture of creams, toffees, and cordials. Suppose that the weights of the creams, toffees, and cordials vary from box to box, let X and Y represent the weights of the creams and toffees, respectively, and suppose that the joint density function of these variables is; 0

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Probability Distribution

A candy company distributes boxes of chocolates with a mixture of creams, toffees, and
cordials. Suppose that the weights of the creams, toffees, and cordials vary from box to box,
let X and Y represent the weights of the creams and toffees, respectively, and suppose that
the joint density function of these variables is;
f(x, y) = {24xy,
0,
0 <x< 1,0 < y < 1,
x + y <1
elsewhere.
A. Find the probability that in a given box the cordials account for more than 1/2 of the
weight.
B. Find the marginal density for the weight for the creams.
C. Find the probability that the weight of the toffees in a box is less than 1/8 of a
kilogram if it is known that the creams constitute 3/4 of the weight.
Transcribed Image Text:A candy company distributes boxes of chocolates with a mixture of creams, toffees, and cordials. Suppose that the weights of the creams, toffees, and cordials vary from box to box, let X and Y represent the weights of the creams and toffees, respectively, and suppose that the joint density function of these variables is; f(x, y) = {24xy, 0, 0 <x< 1,0 < y < 1, x + y <1 elsewhere. A. Find the probability that in a given box the cordials account for more than 1/2 of the weight. B. Find the marginal density for the weight for the creams. C. Find the probability that the weight of the toffees in a box is less than 1/8 of a kilogram if it is known that the creams constitute 3/4 of the weight.
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