Sounds like a hexagonal prism.
faces= 10 vertices-=26 edges=17 * * * * * Wrong on each count! Faces: 8 Edges: 18 Vertices: 12
The shape described with 6 faces, 12 edges, and 8 vertices is a hexagonal prism. A hexagonal prism consists of two hexagonal bases connected by rectangular lateral faces. Each hexagonal face has 6 edges, and the rectangular faces contribute to the total edge count, resulting in the specified 12 edges. The 8 vertices come from the two hexagonal bases, each having 6 vertices, with 2 vertices at each end of the prism.
A hexagonal prism has 12 vertices, 18 edges, and 8 faces. It features two hexagonal bases and six rectangular lateral faces. The vertices consist of 6 from each hexagonal base, while the edges include 6 from the bases and 12 lateral edges connecting the vertices of the two bases.
A hexagonal prism has 8 faces: 2 hexagonal bases and 6 rectangular lateral faces. It also has 18 edges, with 6 edges for each hexagonal base and 6 connecting the corresponding vertices of the two bases.
A hexagonal prism has 12 vertices. This is because it consists of two hexagonal bases, each with 6 vertices, and the 6 vertices from the top base connect to the 6 vertices of the bottom base, totaling 12.
faces= 10 vertices-=26 edges=17 * * * * * Wrong on each count! Faces: 8 Edges: 18 Vertices: 12
The shape described with 6 faces, 12 edges, and 8 vertices is a hexagonal prism. A hexagonal prism consists of two hexagonal bases connected by rectangular lateral faces. Each hexagonal face has 6 edges, and the rectangular faces contribute to the total edge count, resulting in the specified 12 edges. The 8 vertices come from the two hexagonal bases, each having 6 vertices, with 2 vertices at each end of the prism.
A hexagonal prism has hexagons at each end whereas a hexagonal pyramid has a hexagonal base and an apex. The numbers of faces, shapes of the faces, numbers of edges and vertices are all different.
A hexagonal prism has hexagons at each end whereas a hexagonal pyramid has a hexagonal base and an apex. The numbers of faces, shapes of the faces, numbers of edges and vertices are all different.
A hexagonal prism has 8 faces: 2 hexagonal bases and 6 rectangular lateral faces. It also has 18 edges, with 6 edges for each hexagonal base and 6 connecting the corresponding vertices of the two bases.
A hexagonal prism has 12 vertices. This is because it consists of two hexagonal bases, each with 6 vertices, and the 6 vertices from the top base connect to the 6 vertices of the bottom base, totaling 12.
It has 12 vertices
From each vertex, N-4 diagonals can be drawn, where N is the number of vertices. The total number of diagonals in a prism will be N(N-4)/2, where N is the number of vertices. For N=12 (a hexagonal prism) The total number of diagonals is 12*8/2=48 Answer:48
An object with parallel hexagonal faces at each end, where all faces are the same shape, is known as a hexagonal prism. In a hexagonal prism, the two hexagonal bases are congruent and parallel, and the lateral faces are rectangular, connecting corresponding sides of the hexagons. This geometric shape is a type of prism characterized by its hexagonal cross-section.
A hexagon is a six sided figure so, a hexagonal base has six triangular sides. Each triangle has three vertices, so such a pyramid has 18 vertices
There are 18 edges in a hexagonal prism.There are 6 edges on each of the 2 hexagons.Then there are 6 edges connecting the 6 vertices of one hexagon to the 6 vertices of the other hexagon.A hexagonal prism has 8 faces, 18 edges and 12 vertices.----------------An n-gonal prism has 3n edges. 18A hexagonal prism has eighteen edges.86 faces2 basesAssuming that by "sides" you mean what are technically called "faces", eight: The two hexagonal ends, and the six sides.Google "define:prism": A solid geometric figure whose two end faces are similar, equal, and parallel rectilinear figures, and whose sides are parallelograms.
In a cuboid, all the faces are rectangular. A cuboid has six faces, with opposite faces being identical rectangles. Each face consists of four sides and four vertices, contributing to the overall three-dimensional structure of the cuboid.