Question: The following are practice problems for optimization. {12) You have Ill] square inches of aluminum to make a box without a top. The box has

 The following are practice problems for optimization. {12) You have Ill]

square inches of aluminum to make a box without a top. The

The following are practice problems for optimization. {12) You have Ill] square inches of aluminum to make a box without a top. The box has a square base. What is the maximum volume of the box? {13) A piece of string is cut in order to form a square and an equilateral triangle. 1Where should the string be cut to minimize the combined area of the circle and the triangle? Pageof

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