A 3-d shape with 12 faces is a dodecahedron. It can come in may configurations:
A pyramid with a hendecagon (11 -sided) base,
A decagonal prism,
A hexagonal dirpyamid,
A shape formed from penatgons,
A cuboid with six of its vertices sliced off,
and so on.
So the answers to the remainder of the question depend on which shape precisely.
Icosahedron are a shape with 20 faces, 30 edges and 12 vertices. All the faces are triangles.
The question cannot be answered since there is no such word as "verticle" or "verticles". A vertex (plural = vertices) are corners where three or more faces of a solid shape meet. Vertical is an adjective which refers to something which whose orientation is up-down. The term is sometimes used for lines or faces that go up-down. Clearly, the answer will depend on which meaning your word is meant to refer to.
6 faces
the answer is that, if you look at the base and count the edges that's how much more faces there would be on the pyramid. Example, if i have a hexagonal - based pyramid, a hexagon has 6 sides so the faces in the middle of the solid are six also so a hexagonal-based pyramid will have 12 faces. :)
A standard sphere, like a ball, has no flat faces; it is a three-dimensional shape with a continuous curved surface. Therefore, it can be said to have zero faces. However, if you're referring to a polyhedral ball, such as a soccer ball, it is made up of multiple flat faces, typically hexagons and pentagons. In that case, the number of faces would depend on the specific design of the ball.
6 faces.
There is no simple way. You cannot go by the name - which can refer to the number of faces. You can have different shapes with the same number of faces. The following are all examples of a hexahedron (six faces): triangular dipyramid (9 edges), pentagonal prism (10 edges), rectangular prism (12 edges). One contributor has suggested it might be easier to count the faces and vertices (corners). Add the two numbers and then subtract 2. *This will work if the shape has been simplified as much as it can be. The 2 is only valid if there are no holes in the shape. For example, a pentagonal prism: 6 faces, 6 vertices. Sum = 12. Subtract 2 = 10. A pentagonal pyramid has 10 edges.
There are five faces on a square based pyramid.
Four faces four vertices
it has 4 faces 1 edge 5 vertacs
A pyramid has 4 faces. :D * * * * * Not quite. A pyramid is a generic term used to describe a polyhedron with a polygonal base and a number of triangles rising from that base to meet at an apex. A pyramid whose base is a polygon with n-sides (or vertices) has n+1 faces, n+1 vertices and 2n edges, where n ≥ 3.
One edge, no vertices and two faces.