volume_of_prism = area_of_base x height
275 cm3 = 25 cm2 x height
=> height = 275 cm3 / 25 cm2
= 11 cm
The volume of a prism is the area of the base (or the cross section of the prism that is perpendicular to the height) times the height.V = Ab * h
area of base x height area of base x height
A triangular prism can be thought of as a stack of triangles. Then the volume is equal to the area of the triangular base multiplied by the height of the prism, or 1/2 length * width * height.
You can only find the area of the base with this information. The volume divided by the height will give you the area of the base.
V = base area × height
the rectangular prism has a volume of 126 cubic centimeters, what is the height
120
Assuming that the prism is a right prism (with height perpendicular to the base plane), its volume is the product of the area of the base and the height. The area of the triangular base is one-half the product of the base and the height (altitude) of the triangle. Therefore, the volume in this instance is 4 X 3 X 12/2 = 72 cubic centimeters.
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We assume you are referring to a rectangular prism. In that case, the height = 48/8 = 6 cm.
Volume of rectangular prism = area of base x height
Volume of a rectangular prism = base x height. If volume and height are known, solve for base area by dividing volume by height.
formula of the volume of a prism = (base area)(height) formula of the volume of a pyramid = (1/3)(base area)(height) therefore, to convert the volume of a prism to that of a pyramid, just divide it by 3
Volume of a rectangular prism is equal to the base area x height. (V=BxH or Volume = Base Area * Height) To get the base area, simply divide the volume by the height. (B=V/H or Base Area = Volume / Height)
Volume = Base Area * Height So Height = Volume/Base Area
The surface are of a right prism is equal to twice the area of its base plus the perimeter of the base multiplied with the height of the prism. The volume can be determined by multiplying the Area of the base by the height of the prism.
The area of the cross section times the height of the prism