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A 33-inch-tall rectangular box with a square base is constructed to hold a circular pie that has a diameter of 88 inches. Both are shown below. What is the volume, in cubic inches, of the smallest such box that can hold this pie?\newlineA. 2424\newlineB. 6464\newlineC. 7272\newlineD. 192192\newlineE. 512512

Full solution

Q. A 33-inch-tall rectangular box with a square base is constructed to hold a circular pie that has a diameter of 88 inches. Both are shown below. What is the volume, in cubic inches, of the smallest such box that can hold this pie?\newlineA. 2424\newlineB. 6464\newlineC. 7272\newlineD. 192192\newlineE. 512512
  1. Determine dimensions of base: Determine the dimensions of the square base of the box. Since the pie has a diameter of 88 inches, the square base must have sides of at least 88 inches to accommodate the pie.
  2. Calculate base area: Calculate the area of the square base.\newlineArea of a square = side length ×\times side length\newlineArea = 88 inches ×\times 88 inches = 6464 square inches
  3. Calculate box volume: Calculate the volume of the box.\newlineVolume of a rectangular box = base area ×\times height\newlineThe height of the box is given as 33 inches.\newlineVolume = 6464 square inches ×\times 33 inches = 192192 cubic inches
  4. Match to answer choices: Match the calculated volume to the answer choices.\newlineThe calculated volume is 192192 cubic inches, which corresponds to answer choice DD.

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