A hexagon.
A hexagon has 6 sides and a hexagonal prism has a cross-section of 6 sides
A hexagonal prism.A hexagonal prism.A hexagonal prism.A hexagonal prism.
For a uniform hexagonal prism, there are four pairs of parallel sides. On a hexagonal prism, the six side faces have interior angles of 120 degrees, so each face is parallel with one three over from it. The ends (base and top) are parallel and 90 degrees from each side.
An hexagonal cross-section prism would fit the given description.
No. it could only have one pair of parallel faces. The cross section is triangular.
A hexagon has 6 sides and a hexagonal prism has a cross-section of 6 sides
It has a 6 sided cross-section and a length
A hexagonal prism.A hexagonal prism.A hexagonal prism.A hexagonal prism.
The bases of a prism or cylinder are congruent and parallel and they meet the lateral face (cynder) or faces (prism) at right angles. A cross section parallel to the longitudinal axis will, therefore, be a rectangle.
A prism has the same cross section throughout its length no matter what form it may take i.e. a cubic prism, a cuboid prism, a triangular prism, a hexagonal prism, a cylindrical prism etc.
Triangular
For a uniform hexagonal prism, there are four pairs of parallel sides. On a hexagonal prism, the six side faces have interior angles of 120 degrees, so each face is parallel with one three over from it. The ends (base and top) are parallel and 90 degrees from each side.
An hexagonal cross-section prism would fit the given description.
A hexagonal prism consists of two parallel hexagonal bases connected by six rectangular lateral faces. The edges of the hexagonal bases are parallel to each other, and the lateral edges connecting the bases are also parallel. This geometric configuration ensures that the vertical height of the prism remains consistent, creating a uniform shape. The parallel lines in this context refer to the corresponding edges of the hexagons and the lateral edges that maintain the prism's structure.
When a plane slices through a square prism and the resulting cross-section is a square, it indicates that the plane is cutting parallel to the base of the prism. This maintains the dimensions of the square shape at that specific height within the prism. The orientation and position of the slice determine the size of the resulting square cross-section, but it will always remain a square as long as the plane is parallel to the prism's bases.
Yes if it has a unified hexagonal cross-section
The volume of any prism is worked out in the same way whether it's a hexagonal prism, circular prism or a triangular prism. You just need to times the length of the prism against the area of the cross-section.