A 2D square has 4 edges.
None. Edges are one lines (1-dimensional) not shapes like squares (2-dimensional).None. Edges are one lines (1-dimensional) not shapes like squares (2-dimensional).None. Edges are one lines (1-dimensional) not shapes like squares (2-dimensional).None. Edges are one lines (1-dimensional) not shapes like squares (2-dimensional).
A square is a 2-dimensional object. It has only one face and four sides.A square is a 2-dimensional object. It has only one face and four sides.A square is a 2-dimensional object. It has only one face and four sides.A square is a 2-dimensional object. It has only one face and four sides.
0 faces, it's 2 dimensional 4 sides (2 dimensional) 4 vertexes
3..for a 3 dimensional square like a cube ... length, width and height and 2 for a 2 dimensional square ...length and width
A 2D square has 4 edges.
None. Edges are one lines (1-dimensional) not shapes like squares (2-dimensional).None. Edges are one lines (1-dimensional) not shapes like squares (2-dimensional).None. Edges are one lines (1-dimensional) not shapes like squares (2-dimensional).None. Edges are one lines (1-dimensional) not shapes like squares (2-dimensional).
A square is a 2-dimensional object. It has only one face and four sides.A square is a 2-dimensional object. It has only one face and four sides.A square is a 2-dimensional object. It has only one face and four sides.A square is a 2-dimensional object. It has only one face and four sides.
3 corners (vertices) and 3 edges (sides).
0 faces, it's 2 dimensional 4 sides (2 dimensional) 4 vertexes
3..for a 3 dimensional square like a cube ... length, width and height and 2 for a 2 dimensional square ...length and width
No. An edge is 1-dimensional, a face is 2-dimensional.
There are 10,485,760 edges.The general formula is d*2^(d-1) for d-dimensional space.
1 idiots
8 4
square * * * * * A square? It has 4 edges and one face!
Is called a Dodecagon. * * * * * A dodecagon is a 2-dimensional (plane) shape with 12 SIDES. The term EDGES is normally used in the context of 3-dimensional objects. One such shape is a parallelopiped. A cube is a special case of a parallelopiped. In 3-D, a parallelopiped is to a cube what, in 2-D, a parallelogram is to a square.