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#3 An electronics company produces specialized laptop computers at a rate of X per day. There are fixed costs for the manufacturing process that amount to $10,000 per day and the variable costs per computer amount to 10X^0.5 (in $/day). The selling price for the computers is $400/unit. a. Calculate how many computers should be produced per day to minimize the cost per computer. Also calculated the total daily profit made at this production rate. b. Calculate the number of computers produced per day that will maximize the total daily profit. Also calculate the total daily profit at this production rate.

          #3 An electronics company produces specialized laptop computers at a rate of X per day. There are fixed costs for the manufacturing process that amount to $10,000 per day and the variable costs per computer amount to 10X^0.5 (in $/day). The selling price for the computers is $400/unit. a. Calculate how many computers should be produced per day to minimize the cost per computer. Also calculated the total daily profit made at this production rate. b. Calculate the number of computers produced per day that will maximize the total daily profit. Also calculate the total daily profit at this production rate.

#3 An electronics company produces specialized laptop computers at a rate of X per day. There are fixed costs for the manufacturing process that amount to 10,000 per day and the variable costs per computer amount to 10X^0.5 (in/day). The selling price for the computers is 400/unit. a. Calculate how many computers should be produced per day to minimize the cost per computer. Also calculated the total daily profit made at this production rate. b. Calculate the number of computers produced per day that will maximize the total daily profit. Also calculate the total daily profit at this production rate.

Added by Margarita B.

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