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What is the ratio of surface area of cube and sphere?

What is the ratio of surface area of cube and sphere?

Prove that their volumes are in the ratio 1:π/6 ​.

What is the ratio of the volume of a cube to the volume of a sphere?

Thus, volume of cube: Volume of sphere = 6 : . The radii of two cylinders are in the ratio of 2 : 3 and their heights are in the ratio of 5 : 3.

How do you find the surface area to volume ratio of a cube calculator?

How to calculate surface area to volume ratio?

  1. Calculate the surface area of the object concerned in unit squared ( x2 );
  2. Calculate its volume in unit cubed ( x3 );
  3. Divide the object’s surface area by its volume to get its surface area to volume ratio.
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What is the ratio of the cube?

Mathematical examples

Side of cube Side2 Ratio of surface area to volume
6 6×6 3:3
8 8×8 3:4
12 12×12 3:6
20 20×20 3:10

What is the surface area to volume ratio of a sphere?

The surface to volume ratio of a sphere with diameter d is given by π d 2 1 6 π d 3 = 6 d. The surface to volume ratio of a cube with side length d is given by 6 d 2 d 3 = 6 d. Hence the ratio is the same in both cases. Does that contradict the known fact, that a sphere has the lowest possible surface area to volume ratio?

What do a sphere and a cube have in common?

A sphere and a cube have the same surface area. Find out the ratio of the volume of sphere to that to the cube. Was this answer helpful? A solid sphere of diameter 6 cm is dropped in a right circular cylindrical vessel partly filled with water.

How much does the surface area of a cube vary?

The surface area of a cube varies about 6 times the two thirds power of the volume of the sphere, which is to be expected given the original equations. Make of this what you will.

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What is the volume of a cube with all sides the same?

Of course the volume of a cube with all sides the same would be any of the 3 dimensions of the cube cubed. So h^3, w^3 and l^3 would all be equal to the volume of the cube. Now since the volumes are equal, we set the volume of the cube equal tot he volume of the sphere, giving this:

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