The surface area of a cube is \( 96 x^{2} \) and its volume is \( 64 x^{3} \). Determine, in terms of \( x \); (1) the surface area and volume of the cube formed if the dimensions of the original cube are halved. (2) the length of a side of the reduced cube. A cylinder has a height of 8 cm and a radius of 7 cm . The height remains constant but the radius is doubled. (1) What is the volume of the enlarged cylinder? (2) How does the volume of the larger cylinder relate to the volume of the original cylinder? (3) What is the surface area of the enlarged cylinder? (4) How does the surface area of the larger cylinder relate to the surface area of the original cylinder?
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