whats up, the answer is 8 faces 18 edges 12 vertces
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.
No.No.No.No.
use formula bh/2. Substitute base with 15 and height with 13.75 and divide the product by two. That is the slant height.
A triangular pyramid has six edges.
Eight.
There are six sides to the base, and each vertex (of which there are six) have an edge between them and the tip of the pyramid. So, there are 12 total.
A hexagonal pyramid has 7 faces, including the hexagonal base and 6 triangular faces. It has 12 edges, with 6 along the base and 6 connecting the base to the apex. Lastly, it has 7 vertices, with one at the apex, 6 along the base, and one where an edge meets the apex.
No.No.No.No.
use formula bh/2. Substitute base with 15 and height with 13.75 and divide the product by two. That is the slant height.
There are 5 edge (also known as vertices) on a square-based pyramid. 4 on the base and the last edge on the top of the pyramid.
A pyramid can only have an even number of edges. A bilateral polygonal solid that does have 13 edges is a heptahedron having 4 triangular sides and two rectangular sides, the edge between the rectangles forming the 13th edge.
It have six (as in hexagonal) around the edge, a top and bottom face and the hole in the middle with the thread. So it have 8 faces.
A triangular pyramid has six edges.
it is possible but the solution given in nd bhatt book cd is wrong the plane is not perpendicular to hp
Eight.
7 faces, 7 vertices's, 12 edges.
9 for prism, 6 for pyramid