Each face of a cube is a square.
Each face of a cube is a square.
Each face of a cube is a square.
Each face of a cube is a square.
A cube has 6 face's
The total surface area of a cube would be 6 x area-of-one-cube-face (there are 6 faces to a cube). Each face of a cube is a square. If any edge of the cube is "a", then: 6 x a x a.
6 faces
A cube has 12 edges. Each of the 6 faces of a cube is a square, and each face shares its edges with adjacent faces. Since each edge is counted twice (once for each of the two faces it borders), the total number of unique edges is 12.
Each face is 25m2 and there are 6 faces...
A cube has 6 face's
The total surface area of a cube would be 6 x area-of-one-cube-face (there are 6 faces to a cube). Each face of a cube is a square. If any edge of the cube is "a", then: 6 x a x a.
There are 6 congruent faces on a cube
6 faces
6 faces
Each face is 25m2 and there are 6 faces...
A cube has 6 faces and each face is square, so the answer is 6*11*11 sq. cm.
325 sq cm There are 6 faces. 1950/6 = 325
A cube has 24 corners and 6 faces.
If the length of the side is S, the area of the faces of the cube is 6*S^2. There are six faces to the cube, and each face is S*S. For example, if the side of the cube is 2 inches, the area of a face is 2*2 = 4 square inches. Six faces means the overall area is 6*4 = 24 square inches.
Cube has 6 faces, 294/6 = 49...
A cube has 12 edges, and each edge is shared by two faces. Since each face has four edges, a cube has a total of 4 edges per face x 6 faces = 24 edges. Each edge is shared by two faces, so we divide 24 edges by 2 to get the total number of unique edges on a cube, which is 12.