Fill in each blank so that the resulting statement is true . A machine produces open boxes using square sheets of metal measuring 10 inches on each side. The machine cuts equal squares from each corner. Then it shapes the metal into an open box by turning up the sides. The figure shows that the length of the side of the square cut from each corner is represented by x inches. The length of the box on the right is represented by ______. Its width is represented by ____. Its height is represented by ____. The volume of the box, V ( x ), in cubic inches is V ( x ) = _ _ _ _ _ _ _ ⋅ _ _ _ _ _ _ ⋅ _ _ _ _ .
Fill in each blank so that the resulting statement is true . A machine produces open boxes using square sheets of metal measuring 10 inches on each side. The machine cuts equal squares from each corner. Then it shapes the metal into an open box by turning up the sides. The figure shows that the length of the side of the square cut from each corner is represented by x inches. The length of the box on the right is represented by ______. Its width is represented by ____. Its height is represented by ____. The volume of the box, V ( x ), in cubic inches is V ( x ) = _ _ _ _ _ _ _ ⋅ _ _ _ _ _ _ ⋅ _ _ _ _ .
Solution Summary: The author illustrates how a machine produces open boxes using square sheets of metal measuring 10inches on each side and cuts equal sized square x inches from each corner and shapes the metal into an open box
Fill in each blank so that the resulting statement is true.
A machine produces open boxes using square sheets of metal measuring 10 inches on each side. The machine cuts equal squares from each corner. Then it shapes the metal into an open box by turning up the sides. The figure shows that the length of the side of the square cut from each corner is represented by x inches.
The length of the box on the right is represented by ______. Its width is represented by ____. Its height is represented by ____. The volume of the box, V (x ), in cubic inches is
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