flat
A prism has no curved surfaces. It has 5 or more flat faces.
A triangular-based prism will typically stack rather than roll. The flat surfaces of the triangular bases allow it to be securely placed on a flat surface, while the edges of the triangle prevent it from rolling easily. Rolling is more associated with shapes like cylinders or spheres, which have a continuous curved surface. Therefore, stacking is the more stable option for a triangular prism.
All the faces of a triangular prism must be flat. So finding them should not be too difficult!
A face is the flat surface on a solid figure. For example, a triangular prism has five flat surfaces and therefore five faces.
There are five of them.
A triangular prism contains zero curved and 5 flat surfaces.
A prism has no curved surfaces. It has 5 or more flat faces.
No, a prism has flat sides. Triangular prisms are very common, but any polygon can be the cross section of a prism.
A triangular-based prism will typically stack rather than roll. The flat surfaces of the triangular bases allow it to be securely placed on a flat surface, while the edges of the triangle prevent it from rolling easily. Rolling is more associated with shapes like cylinders or spheres, which have a continuous curved surface. Therefore, stacking is the more stable option for a triangular prism.
A triangular prism fits the given description
No, a triangular prism cannot roll because it does not have a circular cross-section like a cylinder or a sphere. Rolling requires a continuous curved surface that can rotate around an axis. A triangular prism has a polygonal cross-section with flat sides, so it would slide rather than roll.
All the faces of a triangular prism must be flat. So finding them should not be too difficult!
A face is the flat surface on a solid figure. For example, a triangular prism has five flat surfaces and therefore five faces.
A triangular prism has two triangular faces and three rectangular ones.
5
There are five of them.
It has 5 SIDES