The shape can't exist: if you imagine a square face in 2D you have 4 edges and 4 vertices. Adding a further vertex out of the plane (introducing a 3rd dimension) you MUST have 4 more edges to join the original 4 vertices to the novel vertex. This sums to 8 edges as a minimum.
This is of course assuming Euclidean geometry.
square * * * * * A square? It has 4 edges and one face!
square
The geometric shape that has 1 square face and 4 triangular faces is a pyramid. A pyramid also has five vertices and eight edges. The square acts as the base for the shape on which it sits.
A pyramid has 8 edges in total.
square-based pyramid
square * * * * * A square? It has 4 edges and one face!
square
The geometric shape that has 1 square face and 4 triangular faces is a pyramid. A pyramid also has five vertices and eight edges. The square acts as the base for the shape on which it sits.
A pyramid has 8 edges in total.
A rhombus has 1 face (its a 2D shape) and has 4 edges. Its just a square pushed out of place. Hope this helps x
a square has 4 facesA square is a two dimensional object which has just 1 face.
square-based pyramid
No, a shape cannot have more than 3 edges meeting at a vertex and simultaneously have a right angled face. A right angled face implies that two edges form a right angle, which is only possible with three edges meeting at a vertex.
A regular dodecahedron, for example. Each face is a regular pentagon so no face has parallel sides. However, the edges on opposite faces are parallel to one another.
The most common face shape among people is the oval shape, characterized by balanced proportions and slightly rounded edges.
Spherical
A square has one face and four edges. A cube has 6 faces and 12 edges.