The slant height of a square pyramid is always perpendicular to the base. It is form the top vertex all the way down to the most center of one side of the base edge.
slant edge is a height of a cone
5.5^2*3.25/3
Volume of this pyramid is (area of base) x (height) / 3. The area of the base (square) is (edge)2 So (21 ft)2 * (18 ft)/3 = 26586 cubic feet
The lateral face for a prism or pyramid is any edge or face which is not part of a base.
No, the slant height is the from the top vertex to the base of the base of the pyramid, it forms a 90 degree angle with the base and slant height. The lateral edge is literally the lateral (side) edge.
This pyramid would have a perpendicular height of 3, a volume of 64 units3 and a slant edge of 6.403
Its vertical height is that of the perpendicular from the centre of the base to the apex; the slant height is the length of the sloping "corner" between two faces. The height of a regular pyramid is the vertical distance from the center of base to the top and is usually shown with a line perpendicular to the base, denoted with a right angle to the base. The slant height it the height of the lateral face (the triangles) from the edge of the base to the top of the pyramid. It is the height of the triangle, not the pyramid itself. The slant height will also be the hypotenuse of a right angle formed from the altitude of the pyramid and the distance from the center of the base to the edge.
The slant height of a square pyramid is always perpendicular to the base. It is form the top vertex all the way down to the most center of one side of the base edge.
use formula bh/2. Substitute base with 15 and height with 13.75 and divide the product by two. That is the slant height.
You need some information about the height of the pyramid and the formula will depend on whether you have the vertical height or the slant height or the length of a lateral edge.
Volume of a pyramid = 1/3*base area*height Height of a pyramid = (3*volume)/base area
slant edge is a height of a cone
3
Well, the lateral edges are equal to the height. Use the pathogorean theorem using a^2+b^2=c^2.
5.5^2*3.25/3
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.