It is the cross sectional area of the prism multiplied by its length.
Volume of rectangular prism: 5*5*20 = 500 cubic cm
A rectangular prism whose edges measure 3 ft 3 ft and 2ft has a volume of 18 cubic feet.
No, you need three measurements to measure a rectangular prism.
A rectangle is two dimensional and cannot be cubic, but a three dimensional rectangle ( a rectangular prism ) can be cubic.
If the cubic prism has length L, breadth B and height H, then its surface area is 2*(LB + BH + HL) square units.
It depends on the unit. You could, for example, measure a prism in cubic metres, cubic centimetres, cubic nanometres.
A rectangular prism of 10 by 8 by 12 will have a volume of 960 cubic cm
Volume of rectangular prism: 5*5*20 = 500 cubic cm
Cubic feet for a freezer or refrigerator refers the interior storage space. So measure the inside of the freezer.
It depends on the dimensions of the prism.
Measure it's interior length, width and height and multiply them. - eg, my ice chest is 24 x 10 x 12 inches = 2,880 cubic inches. Divide that by 1728 to get cubic feet = 1.666 cubic feet.
A rectangular prism whose edges measure 3 ft 3 ft and 2ft has a volume of 18 cubic feet.
If the VOLUME is 999 SQUARE inches then you have gone wrong. SQUARE inches are a measure of AREA VOLUME is measured in CUBIC units. Assuming you meant The volume of a prism is 999 CUBIC inches, then the volume of a pyramid with the same height is indeterminate (cannot be given), as there is NO INDICATION of how the height of the pyramid relates to the height of the prism. So, ASSUMING you mean the volume of a prism is 999 CUBIC inches AND the HEIGHT of the pyramid is the same as the height of the prism, then the volume of the pyramid is one third that of the prism, ie 999 cu in ÷ 3 = 333 CUBIC inches.
12,000,000 cubic centimeters.
No, you need three measurements to measure a rectangular prism.
A rectangle is two dimensional and cannot be cubic, but a three dimensional rectangle ( a rectangular prism ) can be cubic.
A prism has the same cross section throughout its length no matter what form it may take i.e. a cubic prism, a cuboid prism, a triangular prism, a hexagonal prism, a cylindrical prism etc.