![]() If its length is doubled, and the height is reduced to half, then its volume can be written as, V = (2l) × (w) × (1/2h). The formula for calculating the volume of a rectangular prism is volume = length × width × height. What Happens to the Volume of Rectangular Prism if the Length is Doubled and the Height is Reduced to One Half? Thus, we can say that the volume of the rectangular prism also gets doubled when its height is doubled. If its height is doubled, its volume will be l × w × (2h) = 2lwh = 2 × v. ![]() We know that the volume of a rectangular prism is the product of its three dimensions, that is, volume = length × width × height. What Happens to the Volume of Rectangular Prism if its Height is Doubled? Then, after substituting the values in the equation, we get 600 = 60 × height of the prism. For example, the volume of a prism is 600 cubic units and its base area is 60 square units. The height of a rectangular prism can be calculated if the volume of the prism is given using the same formula, Volume (V) = base area × height of the prism. How to Find the Height of a Rectangular Prism when the Volume of a Rectangular Prism is given?
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