Let Y, and Y2 have a joint density function given by [3y1 0 < y2 < y1 S 1 elsewhere. 3.1.3. Let Y, and Y, denote random variables. Use the formula E (Y,) = E[E(Y,|Y½)] to find E (Y2). " 3.1.4. Use the marginal density function of Y2 to find E(Y2) to verify the answer in (3.1.3.).
Let Y, and Y2 have a joint density function given by [3y1 0 < y2 < y1 S 1 elsewhere. 3.1.3. Let Y, and Y, denote random variables. Use the formula E (Y,) = E[E(Y,|Y½)] to find E (Y2). " 3.1.4. Use the marginal density function of Y2 to find E(Y2) to verify the answer in (3.1.3.).
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![3.1 Solve the below problem:
(9)
Let Y, and Y2 have a joint density function given by
0 < y2 < y1 S 1
elsewhere.
(3y1
f(v,,y2) = {"
3.1.3. Let Y, and Y2 denote random variables. Use the formula E(Y,) = E[E(Y,|Y2)] to find
E (Y,).
3.1.4. Use the marginal density function of Y, to find E(Y2) to verify the answer in (3.1.3.).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa242d6fd-840d-45da-814b-d4dbfff686c9%2Fe26c0065-b7da-4244-a613-d84fda19eeae%2F07tlzcj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3.1 Solve the below problem:
(9)
Let Y, and Y2 have a joint density function given by
0 < y2 < y1 S 1
elsewhere.
(3y1
f(v,,y2) = {"
3.1.3. Let Y, and Y2 denote random variables. Use the formula E(Y,) = E[E(Y,|Y2)] to find
E (Y,).
3.1.4. Use the marginal density function of Y, to find E(Y2) to verify the answer in (3.1.3.).
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