There are 7 or 9, depending on the bases.
Usually, a pair of parallel bases and four pairs of parallel lateral faces.
3 pairs
Cuboid or cube
I think just the 2 end faces will be parallel, so the answer is 1 pair
A triangular pyramid * * * * * A triangular pyramid has no parallel faces. None. The correct answer is a parallelepiped (special cases: cuboid, cube).
its 2
i don't know but i don't care
Its base has 2 pairs of opposite parallel edges and it has 5 faces, 8 edges and 5 vertices.
A triangular based pyramid has zero pairs of parallel faces. In a triangular based pyramid, all three faces of the base are not parallel to the apex, which means there are no pairs of parallel faces in this type of shape.
Only the base can have parallel edges since all other faces are triangular. So, at most one face.
Yes, a cuboid does have parallel edges. In a cuboid, all pairs of opposite edges are parallel to each other. Additionally, the opposite faces of a cuboid are also parallel to each other.
A triangular-based pyramid, also called a tetrahedron, has no parallel faces, but has 4 faces, 6 edges and 4 vertices
regular hexagons have 3 pairs of parallel edges
A triangular-based pyramid, also called a tetrahedron, has no parallel faces, but has 4 faces, 6 edges and 4 vertices
Topographically they are equivalent.They all have six rectangular faces consisting of three congruent and parallel pairs, there are 12 edges consisting of three sets of congruent and parallel quartets. The edges meet, in threes and at right angles, in eight vertices.Topographically they are equivalent.They all have six rectangular faces consisting of three congruent and parallel pairs, there are 12 edges consisting of three sets of congruent and parallel quartets. The edges meet, in threes and at right angles, in eight vertices.Topographically they are equivalent.They all have six rectangular faces consisting of three congruent and parallel pairs, there are 12 edges consisting of three sets of congruent and parallel quartets. The edges meet, in threes and at right angles, in eight vertices.Topographically they are equivalent.They all have six rectangular faces consisting of three congruent and parallel pairs, there are 12 edges consisting of three sets of congruent and parallel quartets. The edges meet, in threes and at right angles, in eight vertices.
A cube has three pairs of parallel faces and all faces are congruent.
A triangular-based pyramid, also called a tetrahedron, has no parallel faces, but has 4 faces, 6 edges and 4 vertices