A sheet of cardboard 16 in. square is used to make an open box by cutting squares of equal size from the four corners and then folding up the sides. What squares should be cut to obtain a box with the largest possible volume? What will this maximum volume be?

Mathematics For Machine Technology
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ISBN:9781337798310
Author:Peterson, John.
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Chapter66: Introduction To Trigonometric Functions
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A sheet of cardboard 16 in. square is used to make an open box by cutting squares of equal size from the four
corners and then folding up the sides. What squares should be cut to obtain a box with the largest possible volume?
What will this maximum volume be?
Transcribed Image Text:A sheet of cardboard 16 in. square is used to make an open box by cutting squares of equal size from the four corners and then folding up the sides. What squares should be cut to obtain a box with the largest possible volume? What will this maximum volume be?
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