960.
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.
6
There are 18 of them with 8 faces and 12 vertices
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.
To find the lateral surface area of a hexagonal prism, first calculate the perimeter of the hexagonal base (P) by adding the lengths of all six sides. Then, multiply the perimeter by the height (h) of the prism using the formula: Lateral Surface Area = P × h. This gives you the area of the sides of the prism that connect the two hexagonal bases.
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.
6
There are 18 of them with 8 faces and 12 vertices
Each lateral side is 10*16 = 160 cm2 So the total lateral area is 6*160 = 960 cm2
The lateral area is the perimeter of the hexagon times the height (altitude length) of the prism. Same for any other prism.
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.
To find the lateral surface area of a hexagonal prism, first calculate the perimeter of the hexagonal base (P) by adding the lengths of all six sides. Then, multiply the perimeter by the height (h) of the prism using the formula: Lateral Surface Area = P × h. This gives you the area of the sides of the prism that connect the two hexagonal bases.
there are 6 lateral faces are in hexagonal prism and i am mhel jesson valenzuela
A hexagonal prism has 18 edges and 12 vertices.
A hexagonal prism has 12 edges in total: 6 edges on the top hexagonal base, 6 edges on the bottom hexagonal base, and 6 vertical edges connecting the corresponding vertices of the two bases. The vertical edges are perpendicular to the hexagonal bases. Therefore, there are 6 perpendicular edges in a hexagonal prism.
1 hexagonal prism = 18 edges.35 hexagonal prisms = 18*35 = 630 edges. Simple!1 hexagonal prism = 18 edges.35 hexagonal prisms = 18*35 = 630 edges. Simple!1 hexagonal prism = 18 edges.35 hexagonal prisms = 18*35 = 630 edges. Simple!1 hexagonal prism = 18 edges.35 hexagonal prisms = 18*35 = 630 edges. Simple!
A hexagonal prism has 17 edges. * * * * * No, it has 18.