A parallelogram and a trapezoid are a couple of examples.
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.
A shape with four sides and three vertices does not exist in Euclidean geometry. In Euclidean geometry, a shape must have the same number of sides as vertices. Therefore, a shape with four sides would have four vertices.
no numbers have the same number of edges and vertices
The number of sides and vertices in any polygon is always the same.
Not too sure but you may be thinking of a cube which has 6 same flat faces, 12 edges and 8 vertices
cone
Assuming that each vertex is used to connect exactly two sides, all two-dimensional shapes will have the same number of sides as vertices. So a shape with 4 sides will have 4 vertices and a shape with 3 sides will have 3 vertices. Think of a square (4 sides, 4 vertices) and a triangle (3 sides, 3 vertices).
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.
The same number, 12.
A shape with four sides and three vertices does not exist in Euclidean geometry. In Euclidean geometry, a shape must have the same number of sides as vertices. Therefore, a shape with four sides would have four vertices.
a pyramid will have the same number of vertices as corners of the base + 1 so a square pyramid is (4 corners on a square) + 1 = 5 vertices
They are square based pyramids
No. A triangular prism has six vertices. A square pyramid has five vertices. A triangular pyramid has four vertices.
Sphere ( 0 faces , 0 edges , 0 vertices )
In a square, there are four edges and no internal nails if we consider only the vertices and edges themselves. If we interpret "nails" to mean the points where edges meet (vertices), then a square has four vertices, but it has no internal points or nails. Therefore, a square does not have the same number of edge nails as inside nails; the edge nails are greater in number.
It is a square or a rhombus
Vertices and angles are the same thing. Any polygon has an equal number of sides and vertices (and, therefore, angles).Vertices and angles are the same thing. Any polygon has an equal number of sides and vertices (and, therefore, angles).Vertices and angles are the same thing. Any polygon has an equal number of sides and vertices (and, therefore, angles).Vertices and angles are the same thing. Any polygon has an equal number of sides and vertices (and, therefore, angles).