Volume = area x height
volume is 100 cm cubed
height = volume/area = 100/50 = 2 cm
If it is a "square" area then you won't be looking for volume. However, if you are looking for the volume of a rectangular prism, it is simply: Width * Length * Height = Volume This simplifies to Length ^ 3 if you are trying to find the volume of a cube. If you are looking for the volume a square area takes depending on it's height, you can just take the area and multiply it by the height as well. (Width * Length) = Area (Width * Length) * Height = Volume Therefore: Area * Height = Volume
Well, if length x width x height is volume, and length x width is area, then divide volume by area and you should get the dimension for height. (I think).
Volume of a pyramid = 1/3*base area*height
To find the height of the tank, we need to divide the volume of the tank (4600 cubic inches) by the area of the bottom glass (24 inches by 12 inches). The area of the bottom glass is 24 * 12 = 288 square inches. Dividing the volume (4600 cubic inches) by the area of the bottom glass (288 square inches) gives a height of 15.97 inches. Therefore, the height of the tank is approximately 15.97 inches.
Provided the area is the top or bottom surface, the volume is 3 sq ft*3 ft = 9 cubic feet. If the area is for any other side, the volume cannot be determined (since the height is already included in calculating that particular area).
To find the perpendicular height of a square pyramid, first compute for the volume of the pyramid. Then divide the volume by the area of the base to find pyramid's height.
Volume=1/3 area of the base x height
Volume of the pyramid: 1/3*base area*height in cubic m
Volume in cubic units = 1/3*base area*height
Volume = Base*Height So Height = Volume/Base = 185.13/15.3 = 12.1 inches.
Using consistent units, the height = volume divided by footprint area (in the case of your rectangular box). so H = V/A
Volume in cubic units = 1/3*pi*radius2*perpendicular height Area in square units = pi*radius*slant height+pi*radius2