How to find surface area of a cube if volume is given

How to find surface area of a cube if volume is given?

If you need to find the surface area of a cube it's relatively easy to figure it out. Just multiply the length of each side by the length of the diagonal. If you want to know the surface area of a specific face, you can use the same method for that individual face.

How to find surface area of a cube and volume radius?

There are two ways to find the surface area of a cube with a known volume. First, you can use the following equation: S = πR3. The S stands for surface area, π is the mathematical constant pi, the R is the radius of the cube (also known as the radius of the volume). The cube’s radius is the distance from the cube’s center to any of its corners.

How to find the volume of a cube and surface area?

A cube has six faces, and each face has area. The sum of the areas of all six faces equals the surface area of the cube. The volume of a cube equals the amount of space it takes up. To find the surface area of a cube, you should know the length of each edge, which is a side. The surface area of the cube is equal to the sum of the squares of the length of each edge.

How to find the surface area of a cube and volume?

If you are given the volume of the cube, you can easily find the surface area using the cube area formula. It is S = ln(V) × 6 so you will need to know the cube volume to use this equation. The cube volume is equal to the length of each side multiplied by the length of the diagonal. You will need to do a little bit of figuring to find the length of the diagonal.

How to find surface area of a cube and volume prism?

To approximate the surface area of a cube with known volume, you can use the concept of a volume prism. The volume of a prism is the sum of the cubes of the width, height and depth of the prism. Using this idea, you can approximate the surface area of a cube by multiplying the volume of the prism you obtained by a suitable coefficient. This process is known as the prism approximation.