find the cube root of 125(which is 5) is the length of one side do Pythagorean theorem to find the diagonal 5squared plus 5 squared=50 square root of 50=7.07106781 is diagonal
cube root of volume gives side length, then square this to find area of one face.
-- If you don't know anything about the cube, then you just have to measure it. -- If you're told something about the cube, like for example its volume, or the area of a face, or the total area of all its faces, then you can use the formulas you know that express the relationship between the volume or area of a cube and the length of its edges.
The 2 diagonals bi-sect each other at right angles which is 90 degrees
Sometimes true
A cube has 6 faces of equal area. Area of each face would then be: 294 / 6 = 49 cm2. Each face is a square with edge of length equal to square root of its surface: a = sqrt(49) = 7 cm. Volume of cube is V = a3. For a = 7 cm, it would be V = 343 cm3.
A cube has four space diagonals. One from each of the four vertices on the top face of the cube to the opposite vertex on the other face
cube root of volume gives side length, then square this to find area of one face.
You would have to specify the shape for which we are finding these quantities. But let us say that it is a cube, which is the easiest. The length of an edge of the cube, multiplied by itself gives the area of a face, and multiplied by itself again gives the volume. So the cube root of the volume is the edge length, and then the square of the edge length is the surface area of one face of the cube, which multiplied by 6 gives the area of the entire cube.
If a face on a cube is 49 square meters the cube's volume is: 343 m3
60
It has 0 volume diagonals and 6 face diagonals hence the total number of diagonals are 6
-- Measure the length of one edge of the cube (one side of one square face). -- Multiply the number by itself. -- Multiply the result by the original number again. -- The new result is the volume of the cube.
-- Measure the length of one edge of the cube (one side of one square face). -- Multiply the number by itself. -- Multiply the result by the original number again. -- The new result is the volume of the cube.
-- If you don't know anything about the cube, then you just have to measure it. -- If you're told something about the cube, like for example its volume, or the area of a face, or the total area of all its faces, then you can use the formulas you know that express the relationship between the volume or area of a cube and the length of its edges.
If each edge of a cube is w, then the area of each face of the cube is w2 .Since the cube has 6 faces, its total surface area is 6w2.The volume of the cube is w3 .
The 2 diagonals bi-sect each other at right angles which is 90 degrees
-- Surface area tells how much of a table a 2D shape will cover.-- Volume tells how much water a 3D shape will hold.-- It may be a bit confusing if you hear someone mention "the surface area of a cube".What they're talking about is not really the surface area of the cube, but the surfacearea of the faces of the cube ... the area of the construction paper or sheet metal thatyou'd need in order to build the cube.In the case of the cube ...-- The area of one face is the 'square' (length x length) of the length of each edge.-- The total area is 6 times the area of each face.-- The volume is the 'cube' (length x length x length) of the length of each edge.