Small Joy Sue

Budget: $15

Solved!

Show detailed solution A manufacture has been selling 1800 television sets a week at $360 each. A market survey indicates that for each $28 rebate offered to a buyer, the number of sets sold will increase by 280 per week. c) If the weekly cost function is 108000+20x, how should it set the size of the rebate to maximize its profit? Show detailed solution A manufacture has been selling 1800 television sets a week at $360 each. A market survey indicates that for each $28 rebate offered to a buyer, the number of sets sold will increase by 280 per week. c) If the weekly cost function is 108000+20x, how should it set the size of the rebate to maximize its profit? Show detailed solution A manufacture has been selling 1800 television sets a week at $360 each. A market survey indicates that for each $28 rebate offered to a buyer, the number of sets sold will increase by 280 per week. c) If the weekly cost function is 108000+20x, how should it set the size of the rebate to maximize its profit? Show detailed solution A manufacture has been selling 1800 television sets a week at $360 each. A market survey indicates that for each $28 rebate offered to a buyer, the number of sets sold will increase by 280 per week. c) If the weekly cost function is 108000+20x, how should it set the size of the rebate to maximize its profit? Show detailed solution A manufacture has been selling 1800 television sets a week at $360 each. A market survey indicates that for each $28 rebate offered to a buyer, the number of sets sold will increase by 280 per week. c) If the weekly cost function is 108000+20x, how should it set the size of the rebate to maximize its profit? Show detailed solution A manufacture has been selling 1800 television sets a week at $360 each. A market survey indicates that for each $28 rebate offered to a buyer, the number of sets sold will increase by 280 per week. c) If the weekly cost function is 108000+20x, how should it set the size of the rebate to maximize its profit? Show detailed solution A manufacture has been selling 1800 television sets a week at $360 each. A market survey indicates that for each $28 rebate offered to a buyer, the number of sets sold will increase by 280 per week. c) If the weekly cost function is 108000+20x, how should it set the size of the rebate to maximize its profit? Show detailed solution A manufacture has been selling 1800 television sets a week at $360 each. A market survey indicates that for each $28 rebate offered to a buyer, the number of sets sold will increase by 280 per week. c) If the weekly cost function is 108000+20x, how should it set the size of the rebate to maximize its profit? Show detailed solution A manufacture has been selling 1800 television sets a week at $360 each. A market survey indicates that for each $28 rebate offered to a buyer, the number of sets sold will increase by 280 per week. c) If the weekly cost function is 108000+20x, how should it set the size of the rebate to maximize its profit? Show detailed solution A manufacture has been selling 1800 television sets a week at $360 each. A market survey indicates that for each $28 rebate offered to a buyer, the number of sets sold will increase by 280 per week. c) If the weekly cost function is 108000+20x, how should it set the size of the rebate to maximize its profit? Show detailed solution A manufacture has been selling 1800 television sets a week at $360 each. A market survey indicates that for each $28 rebate offered to a buyer, the number of sets sold will increase by 280 per week. c) If the weekly cost function is 108000+20x, how should it set the size of the rebate to maximize its profit? Show detailed solution A manufacture has been selling 1800 television sets a week at $360 each. A market survey indicates that for each $28 rebate offered to a buyer, the number of sets sold will increase by 280 per week. c) If the weekly cost function is 108000+20x, how should it set the size of the rebate to maximize its profit?

Answer

Small Tutor Jack Kim

c) the profit equation is the demand function minus the cost function where 'x' i...


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