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A prism has no curved surfaces. It has 5 or more flat faces.
The shape you are describing is a triangular prism. It has six vertices, nine edges, and five flat faces (two triangular faces and three rectangular faces). Additionally, it has no curved surfaces, as all its faces are flat.
A pentagonal prism has 2 pentagonal bases and 5 rectangular lateral faces. The rectangular faces are the only curved surfaces in this context, as the term "curved faces" typically refers to surfaces that are not flat. Therefore, a pentagonal prism has 0 curved faces, as all its faces are flat.
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 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 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.
The shape you are describing is a triangular prism. It has six vertices, nine edges, and five flat faces (two triangular faces and three rectangular faces). Additionally, it has no curved surfaces, as all its faces are flat.
A pentagonal prism has 2 pentagonal bases and 5 rectangular lateral faces. The rectangular faces are the only curved surfaces in this context, as the term "curved faces" typically refers to surfaces that are not flat. Therefore, a pentagonal prism has 0 curved faces, as all its faces are flat.
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.
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.
A triangular prism fits the given description
A face is the flat surface on a solid figure. For example, a triangular prism has five flat surfaces and therefore five faces.
All the faces of a triangular prism must be flat. So finding them should not be too difficult!
A triangular prism has two triangular faces and three rectangular ones.
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