Cavalieri's Principle and Volume of Composite Figures Quiz | updated

Cavalieri's Principle and Volume of Composite Figures Quiz | updated What is the volume of the composite figure? Use 3.14 for π and round the answer to the nearest tenth of a cubic unit. (11,12,20) - 1,582.6 in.^3 Which expression represents the volume, in cubic units, of the composite figure? - 1/3(8)(6)(6) + (8)(6)(4) Therefore, the formula for the volume of the sphere can be derived by writing an expression that represents the volume of - the solid between the two cones and the cylinder. A rectangular prism with a square base is cut from the center of a triangular prism. Each side of the square base measures 1.7 units. What is the volume of the shaded solid? Round to the nearest tenth of a cubic unit. - 45.4 units^3 This composite figure is made of two identical pyramids attached at their bases. Each pyramid has a height of 2 units. Which expression represents the volume, in cubic units, of the composite figure? - 2{1/3(5)(0.25)(2)} The composite figure is made up of two congruent rectangular pyramids joined at their bases. What is the total volume of the composite figure? - 60 units^3 A cylindrical metal pipe has a diameter of 20 millimeters and a height of 21 millimeters. A cylindrical hole cut out of the center has a radius of 6 millimeters. Which expressions represent the volume of metal needed, in cubic millimeters, to make the pipe? Select two options - 21π(10)^2 - 21π(6)^2 2,100π - 756π Which expression represents the volume, in cubic units, of the composite figure?(20)(28) - {4/3}π(10^3) + π(10^2)(28) A volleyball of radius 13 inches fits exactly in a cylinder with the same radius. Inside the container there is empty space not taken up by the volleyball. What is the volume of that empty space? Use 3.14 for π and round the answer to the nearest cubic inch. - 4,599 in.^3 The large sphere has a diameter of 20 feet. Which expression represents the volume, in cubic