A manufacturer wants to design an open box (no top) having a square base and value of 1/4 liter. (250 cubic centimeters).  The sides of the box will be made from aluminum that cost 15 cents per square centimeter. The bottom of the box will be made form reinforced steel that cost 30 cents per square centimeter. Let x represent the length of the square base of the box and let y be the height of the box. Set up a cost function in terms of x and y Set up a cost function in terms of x only
A manufacturer wants to design an open box (no top) having a square base and value of 1/4 liter. (250 cubic centimeters).  The sides of the box will be made from aluminum that cost 15 cents per square centimeter. The bottom of the box will be made form reinforced steel that cost 30 cents per square centimeter. Let x represent the length of the square base of the box and let y be the height of the box. Set up a cost function in terms of x and y Set up a cost function in terms of x only
Chapter5: Exponential And Logarithmic Functions
Section: Chapter Questions
Problem 22PS: In a classroom designed for 30 students, the air conditioning system can move 450 cubic feet of air...
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A manufacturer wants to design an open box (no top) having a square base and value of 1/4 liter. (250 cubic centimeters).  The sides of the box will be made from aluminum that cost 15 cents per square centimeter. The bottom of the box will be made form reinforced steel that cost 30 cents per square centimeter. Let x represent the length of the square base of the box and let y be the height of the box.
Set up a cost function in terms of x and y
Set up a cost function in terms of x only
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