Mathematics, 22.02.2020 04:15, jannadwhite2435
Let X represent the amount of energy a city uses (in megawatt-hours) in the Kanto region. Let Y represent the amount of mismanaged plastic waste (in metric tons) a city produces in the Kanto region. The following joint distribution relates the probability of a city using a certain amount of energy and creating a certain amount of plastic waste. Remember to list the relevant domains. fxy(x, y) = 2 sy s 2x < 10 2. Find P[X<2UX > 4). TO RECEIVE FULL CREDIT, YOU MUST FIND THE PROBABILITY THROUGH ITEGRATION. Hint: draw the area you are integrating over. You can keep as a fraction or round to one decimal place. 3. Find fy(y) 4. Find E[Y]. Keep as a simplified fraction or round to four decimal places. 5. Find fxy(x). 6. Find Myyy). 7. Find E[X]. Hint: you already found fx(x) in a previous problem. Keep as a simplified fraction or round to four decimal places. 8. Find E[XY]. Round to an integer. 9. Find Cov(X, Y). Keep as a simplified fraction or round to four decimal places. 10. Are X and Y independent?
Answers: 2
Mathematics, 21.06.2019 17:30, euraleecewilliams
1mile equals approximately 1.6 kilometers. which best approximates the number of miles in 6 kilometers?
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Mathematics, 21.06.2019 22:30, kpopqueen0
Will mark brainlist what is the slope of the line passing through the points (-2, -8) and (-3,-9)? -7/5-5/71-1
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Let X represent the amount of energy a city uses (in megawatt-hours) in the Kanto region. Let Y repr...
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