no only a square has all the faces of the same size
A cube.
yes 6 faces, 8 vertices, 12 edges. * * * * * It is the same, but the fact that they have the same number of faces, edges and vertices is not conclusive. A rectangular prism (brick shape) also has the same numbers.
cube
In geometry, the decagonal prismis the eighth in the infinite set of prisms, formed by ten square side faces and two regular decagon caps. With twelve faces, it is one of many non-regular dodecahedra.
I would mostly say yes if it was a cube but I don't know
no only a square has all the faces of the same size
A cube or cuboid.
A cube.
yes 6 faces, 8 vertices, 12 edges. * * * * * It is the same, but the fact that they have the same number of faces, edges and vertices is not conclusive. A rectangular prism (brick shape) also has the same numbers.
Well, isn't that just a happy little coincidence! You see, both a cube and a rectangular prism have 6 faces, 12 edges, and 8 vertices because of their geometric properties. It's like nature's way of keeping things balanced and harmonious in the world of shapes. Just remember, whether you're painting a cube or a rectangular prism, they both have their own unique beauty that deserves to be appreciated.
firrst u need to find the perimeter of the bases...length of one side by the number of sides...then multiply it by the heigt :) * * * * * That is just so not correct. The periimeter has absolutely nothing to do with the area. A prism consists of two parallel bases which are n-sided polygons and n rectangular faces which need not be of the same size. Step 1. Calculate the area of the base and multiply by 2. Step 2. Calculate the area of each of the rectangular faces. If the bases are regular polygons, then the rectangular faces will all be the same and you can simply multiply the area of one of the faces by n. Step 3. Add together the answers from Step 1 and Step 2.
cube
In geometry, the decagonal prismis the eighth in the infinite set of prisms, formed by ten square side faces and two regular decagon caps. With twelve faces, it is one of many non-regular dodecahedra.
Opposite faces.
When a base is congruent it is the same shape and size, and parallel is when they will never touch. Therefore, on a square the top and bottom are congruent parallel bases. Some other examples are: Cylinders, rectangular prisms, and of course parallelograms.
no