Swaggar
use formula bh/2. Substitute base with 15 and height with 13.75 and divide the product by two. That is the slant height.
Hexagonal prisms and hexagonal pyramids are both polyhedra that feature hexagonal bases, which means they each have six sides in their base shape. They share similar geometric properties, including the ability to tessellate in certain arrangements. Additionally, both types of solids can be characterized by their vertical height and their volume can be calculated using base area and height formulas. However, they differ in that a prism has two parallel hexagonal bases, while a pyramid has one hexagonal base and converges to a single apex point.
There is no formula for that. It can be any height. The fact that it is hexagonal has nothing to do with it.
use the formula: Volume=1/3 x(times) the area of the base x(times) height (V=1/3Bh) plug in the numbers
If the side of a hexagonal prism is of length s units, then its cross sectional height is s*sqrt(3) units.
SA = 3as + 3sl a = apothem length (length from center of base to center of one of the edges). s = length of a side l = slant height
The height of the triangular face of a pyramid is called the slant height.
To find the perpendicular height of a square pyramid, first compute for the volume of the pyramid. Then divide the volume by the area of the base to find pyramid's height.
1/3(b*h) b means the base of the pyramid h means the height of height of the pyramid. The height is not to be confused with the lateral height (Which is the slanted height.) The height is found by drawing a segment from the vertex (or apex) of the pyramid to the center of the base.
slant height of the pyramid Louvre in Paris=28 meters
false
Volume of a pyramid = 1/3*base area*height Height of a pyramid = (3*volume)/base area