The length of each edge will be 11 cm.
A cube with a side length of 11 cm has a volume of 1331 cubic cm.
The volume of a cube is the side cubed, so a cube with a side length of 4 has a volume of 43 = 64.
Answer in short: cube root of volume. Side length of a cube is the cube root of the volume of the cube or the square root of the area of one of its sides. Examples: A cube of volume 64 has a side length of 4, and a side area of 16. A cube is a symmetrical three dimensional object.
The length of the side of a cube (in cm) having a volume of 44.4 L is what?
The volume of a cube whose side length is 4 cm is: 64 cm3
Well, isn't that just a fun little math problem! To find the side length of a cube with a volume of 1331 m³, you simply need to take the cube root of 1331. So, the side length of this cube would be 11 meters. Voilà!
A cube with a side length of 11 cm has a volume of 1331 cubic cm.
It is: 11 m because 11*11*11 = 1331 m3
11*11*11 = 1331 cubic units.
volume = length x width x height = 11in x 11in x 11in = 1331 cubic inches.
The volume of a cube is the side cubed, so a cube with a side length of 4 has a volume of 43 = 64.
Find the cube root of the volume. Volume of a cube = length of side^3 therefore length of side = volume^(1/3)
The volume of a cube is its side length cubed; 1331cm3
To find the side length of a cube with a volume of 8cm^3, you can use the formula for the volume of a cube, which is side length cubed. Therefore, you would take the cube root of the volume to find the side length. In this case, the cube root of 8cm^3 is 2cm, so the side length of the cube is 2cm.
The volume of a cube depends on the length of its side.
Cube root the volume as for example if its volume was 27 then the cube root of 27 is 3 which is its side length
Answer in short: cube root of volume. Side length of a cube is the cube root of the volume of the cube or the square root of the area of one of its sides. Examples: A cube of volume 64 has a side length of 4, and a side area of 16. A cube is a symmetrical three dimensional object.