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13 Nov 2019
(1 point) A carpenter has been asked to build an open box with a square base, where an open box means a box without a top. The sides of the box will cost $3 per square meter, and the base will cost $3 per square meter. What are the dimensions of the box of maximal volume that can be constructed for $144? If x is the length of one of the sides of the base and z is the height of the box. Find a function f(x) for the volume of the box. NOTE: The function should just be in terms of x. f(x) = Let x* and z* be the dimensions that maximize the volume of the box.
(1 point) A carpenter has been asked to build an open box with a square base, where an open box means a box without a top. The sides of the box will cost $3 per square meter, and the base will cost $3 per square meter. What are the dimensions of the box of maximal volume that can be constructed for $144? If x is the length of one of the sides of the base and z is the height of the box. Find a function f(x) for the volume of the box. NOTE: The function should just be in terms of x. f(x) = Let x* and z* be the dimensions that maximize the volume of the box.
Lelia LubowitzLv2
28 May 2019