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cans of soft drinks cost $0.30 in a certain vending machine. cans of soft drinks cost $0.50 in a certain vending machine. What is the expected value and variance of daily revenue (y) from the. If x, the number of cans sold per day has mean sales e (x) = 125 cans, and v (x) = 50, what is the. What is the expected value and variance of daily revenue (y) from the. cans of soft drinks cost $.30 in a certain vending machine. What is the expected value and variance of daily revenue (y) from the. To find the expected value of the daily revenue, we multiply the expected number of cans sold per day (125) by the. Cans of soft drinks cost $0.30 in a certain vending machine. cans of soft drinks cost $ 0.30 in a certain vending machine.
Selection Of Individual Soft Drink Cans (Price Per Person Enter the
Cans Of Soft Drinks Cost 0.30 In A Certain If x, the number of cans sold per day has mean sales e (x) = 125 cans, and v (x) = 50, what is the. The expected revenue is $37.50 and the variance of the revenue is $4.50. What is the expected value and variance of daily revenue (y) from the. If x, the number of cans sold per day has mean sales e (x) = 125 cans, and v (x) = 50, what is the. cans of soft drinks cost $ 0.30 in a certain vending machine. What is the expected value and variance of daily revenue (y) from the machine, if x, the number. cans of soft drinks cost $.30 in a certain vending machine. Cans of soft drinks cost $0.30 in a certain vending machine. To find the expected value of the daily revenue, we multiply the expected number of cans sold per day (125) by the. What is the expected value and variance of daily revenue (y) from the. cans of soft drinks cost $ 0.30 in a certain vending machine. What is the expected value and variance of daily revenue (y) from the. What is the expected value and variance of daily revenue (y) from the. cans of soft drinks cost $0.50 in a certain vending machine. cans of soft drinks cost $0.30 in a certain vending machine.
