a cube has parallel faces so does a cuboid and so does a cylinder and also if you want to find out lots more stuff about 3-D shapes or 2-D shapes see the website in the related link
Spheres
They are faces such that the perpendicular distance between them is the same wherever on either face you measure it.
A rectangular prism has six faces, and each pair of opposite faces is parallel to each other. Therefore, a rectangular prism has three pairs of parallel faces.
A cube has six faces, which are arranged in three sets of two parallel faces.
A cuboid has 3 pairs of parallel faces.
There are infinitely many shapes that do.
A rectangular prism has 6 faces because it has 3 pairs of parallel and equal-sized rectangular shapes.
Spheres
They are faces such that the perpendicular distance between them is the same wherever on either face you measure it.
A rectangular prism has six faces, and each pair of opposite faces is parallel to each other. Therefore, a rectangular prism has three pairs of parallel faces.
A cube has six faces, which are arranged in three sets of two parallel faces.
A cuboid has 3 pairs of parallel faces.
there are three parallel faces in a cube
Cubes and rectangular prisms are examples of 3D shapes that have both parallel and perpendicular edges. In a cube, each edge is parallel to another edge on the same face and perpendicular to edges on adjacent faces. Similarly, a rectangular prism has edges that run parallel along its length, width, and height, while the edges connecting different faces are perpendicular to each other. Other shapes, like some types of polyhedra, can also exhibit this property.
There are no triangular prisms in faces. Faces are 2-d shapes and these cannot contain 3-d shapes in them.
A cylinder has two parallel congruent faces and a curved surface.
There are no triangular prisms in faces. Faces are 2-d shapes and these cannot contain 3-d shapes in them.