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A Manufacturer of Tennis Rackets Finds That the Total Cost

Question 35

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A manufacturer of tennis rackets finds that the total cost A manufacturer of tennis rackets finds that the total cost (in dollars) of manufacturing rackets/day is given by . Each racket can be sold at a price of dollars, where is related to by the demand equation . ​ If all rackets that are manufactured can be sold, find the daily level of production that will yield a maximum profit for the manufacturer. ​ A) 5,000 rackets/day B) 4,000 rackets/day C) 7,000 rackets/day D) 6,000 rackets/day (in dollars) of manufacturing A manufacturer of tennis rackets finds that the total cost (in dollars) of manufacturing rackets/day is given by . Each racket can be sold at a price of dollars, where is related to by the demand equation . ​ If all rackets that are manufactured can be sold, find the daily level of production that will yield a maximum profit for the manufacturer. ​ A) 5,000 rackets/day B) 4,000 rackets/day C) 7,000 rackets/day D) 6,000 rackets/day rackets/day is given by A manufacturer of tennis rackets finds that the total cost (in dollars) of manufacturing rackets/day is given by . Each racket can be sold at a price of dollars, where is related to by the demand equation . ​ If all rackets that are manufactured can be sold, find the daily level of production that will yield a maximum profit for the manufacturer. ​ A) 5,000 rackets/day B) 4,000 rackets/day C) 7,000 rackets/day D) 6,000 rackets/day . Each racket can be sold at a price of A manufacturer of tennis rackets finds that the total cost (in dollars) of manufacturing rackets/day is given by . Each racket can be sold at a price of dollars, where is related to by the demand equation . ​ If all rackets that are manufactured can be sold, find the daily level of production that will yield a maximum profit for the manufacturer. ​ A) 5,000 rackets/day B) 4,000 rackets/day C) 7,000 rackets/day D) 6,000 rackets/day dollars, where A manufacturer of tennis rackets finds that the total cost (in dollars) of manufacturing rackets/day is given by . Each racket can be sold at a price of dollars, where is related to by the demand equation . ​ If all rackets that are manufactured can be sold, find the daily level of production that will yield a maximum profit for the manufacturer. ​ A) 5,000 rackets/day B) 4,000 rackets/day C) 7,000 rackets/day D) 6,000 rackets/day is related to A manufacturer of tennis rackets finds that the total cost (in dollars) of manufacturing rackets/day is given by . Each racket can be sold at a price of dollars, where is related to by the demand equation . ​ If all rackets that are manufactured can be sold, find the daily level of production that will yield a maximum profit for the manufacturer. ​ A) 5,000 rackets/day B) 4,000 rackets/day C) 7,000 rackets/day D) 6,000 rackets/day by the demand equation A manufacturer of tennis rackets finds that the total cost (in dollars) of manufacturing rackets/day is given by . Each racket can be sold at a price of dollars, where is related to by the demand equation . ​ If all rackets that are manufactured can be sold, find the daily level of production that will yield a maximum profit for the manufacturer. ​ A) 5,000 rackets/day B) 4,000 rackets/day C) 7,000 rackets/day D) 6,000 rackets/day . ​ If all rackets that are manufactured can be sold, find the daily level of production that will yield a maximum profit for the manufacturer.
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A) 5,000 rackets/day
B) 4,000 rackets/day
C) 7,000 rackets/day
D) 6,000 rackets/day

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