If you mean as in a rectangular cuboid then divide the product of the two given sides into the volume to find the height.
The volume of a rectangular prism is the length on the side times the width times the height. 42m2 is given as the width times the height, the area of the base. 8cm = .08m .08m * 42m2 = 3.36m3
336 cubic inches.
depth equals volume divided by length times width
When the surface area and the volume are the same, the height has a value of one unit. Example based on values given: A=LxW = 25x5 = 125 sq ft. V= LxWxH = 25x5x1 = 125 cu ft. The surface area and the volume have the same value.
You need the total volume as well, then divide that successively by width and length
The volume of a rectangular prism is given by the formula volume of rectangular prism = length x width x height If the length is l, the width is w and the height is h the volume is given by volume = lwh
Well, first of all, you don't need to be given the height, width, volume, and length. If you're given any three of those numbers, you can calculate the fourth one. To answer the question: -- If the thickness of the box can be neglected, then the height is also the depth. -- If the thickness can't be neglected, then even with all that information, I still don't think you have enough yet to determine the interior depth.
You don't. You need the height and the area of the base to find the volume.
The length and volume are not sufficient to determine the width and height.
If you mean as in a rectangular cuboid then divide the product of the two given sides into the volume to find the height.
Multiply the base area by the height.
length times with times height
It depends on what you want to know. The formula for the number of vertices, for example is V = 8; the volume and height are irrelevant!
The volume of any pyramid or cone is given by the formula: 1/3 x base area x height For a rectangular-based pyramid: 1/3 x base width x base length x height
Length = Volume divided by (Width X Heigth)
You can't, unless it's a cube.