It is a tetrahedron which is a triangular based pyramid having 4 faces, 6 edges and 4 vertices
A pyramid has 4 flat faces, all of which are triangular. Don't confuse this with a square-based pyramid like those in Egypt, as they have 5 faces.
A pyramid is a three-dimensional solid figure characterized by a polygonal base and triangular lateral faces that converge at a single point called the apex. The base can be any polygon, such as a triangle, square, or pentagon, leading to various types of pyramids like triangular pyramids (tetrahedrons) or square pyramids. The lateral faces of a pyramid are always triangles, and the number of these triangular faces corresponds to the number of sides on the base polygon.
False. A solid figure that cannot roll does not necessarily have faces. The ability to roll is determined by the shape and symmetry of the figure, not by the presence of faces. For example, a sphere is a solid figure that cannot roll, but it does not have faces.
You are a pyramid!
A pyramid can have a polygon with any number of sides as its base. A triangular pyramid (tetrahedron, the Platonic solid) and the rectangular based pyramid (like the Egyptian ones) are better known, but that is simply a result of poor imagination. If a pyramid has an n-gon as its base then it will have: 2 * n edges n + 1 faces and n + 1 vertices.
A pyramid has 4 flat faces, all of which are triangular. Don't confuse this with a square-based pyramid like those in Egypt, as they have 5 faces.
A figure that has at least 3 faces. (ex.) cube, rectangular prism, pyramid, triangular prism and stuff like that.
False. A solid figure that cannot roll does not necessarily have faces. The ability to roll is determined by the shape and symmetry of the figure, not by the presence of faces. For example, a sphere is a solid figure that cannot roll, but it does not have faces.
a square pyramid, perhaps a rectangural prism with a square pyramid on top
An edge is the intersection of two faces on a 3-D figure like a prism or pyramid.
The answer depends on the shape. If the shape is like a pyramid, it will have one 48-sided polygon and 48 triangular faces: making 49 faces in all. If the shape is like a pyramid, it will have two 32-sided polygons as bases and 32 rectangular faces: making 34 faces in all. There are many more possibilities.
You are a pyramid!
WRONG: A 3-d object needs 6 faces for it to look like a 3-d figure Actually the answer is "at least four" - not six. Consider a regular tetrahedron, which is a pyramid with a triangular base. It has four planar faces.
I think 5 but if its a solid figure like pentagonal prism it got 10 and if pyramid six
a square pyramid
A pyramid can have a polygon with any number of sides as its base. A triangular pyramid (tetrahedron, the Platonic solid) and the rectangular based pyramid (like the Egyptian ones) are better known, but that is simply a result of poor imagination. If a pyramid has an n-gon as its base then it will have: 2 * n edges n + 1 faces and n + 1 vertices.
I am a squared based pyramid.