The object you are describing is a square pyramid. A square pyramid has a square base and four triangular faces that meet at a single point called the apex. Each triangular face is formed by connecting a vertex of the base square to the apex. The total number of faces in a square pyramid is 5 - 1 square base and 4 triangular faces.
Iy=t is a cube
A cuboid can have 2, 4 or 6 square faces.
4 Lateral faces are a)all the faces except the bases b)the faces forming the bases
Rectangular prism
A Square has 4 sides and 4 vertices.
A cube (6 square faces total).
The shape that has 2 square bases and 4 square faces is a square prism, also known as a cuboid or square bipyramid. It features two parallel square faces (the bases) and four rectangular faces connecting the corresponding edges of the bases. In a strict sense, it can also be referred to as a square-based prism if considering the bases as squares. This solid is a type of polyhedron with a total of 8 faces.
You are describing a cube. A cube has 6 square faces.
Iy=t is a cube
a cube
It has 4 rectangular faces and 2 square faces (:
square
A cuboid can have 2, 4 or 6 square faces.
A square pyramid has 1 square base and 4 triangle-shaped sides.
technically a square prism would be a cube, so i guess not. Ignore that answer. There IS a square prism. A cube has all of its faces congruent and squares. A square prism can have 2 square bases and 4 rectangular lateral faces making it a square prism. Think of it as a rectangular prism right? Well replace the rectangle bases with squares and you have a square prism!
2 bases, 4 sides, 6 faces
A square-based prism, also known as a square prism or rectangular prism, has 4 pairs of perpendicular faces. Each of the four lateral rectangular faces is perpendicular to the two square bases. Additionally, the two square bases are also perpendicular to each of the lateral faces, but they are not counted as a pair since they are parallel to each other. Thus, the total number of distinct pairs of perpendicular faces is 4.