The height of each lateral face of an unspecified object is unknowable.
The answer depends on what the shape is. There is no simple answer based on the information provided by the question.
Yes - the greater the height an item dropped the resulting bounce is higher
They were each a quarter-mile tall.
2-3 ft. tall. Each lamb has its own height
Both the old and the new pyramids state that you should eat the least amount of oils,fats,etc. and the most amounts of grain, rice, and pastas. They are both very accurate, except for the fact that the old pyramid doesn't state servings of each food you should have daily.
The height of each lateral face of a three-dimensional geometric shape, such as a pyramid or a prism, is called the "slant height." In the case of a triangular prism, for example, the slant height refers specifically to the height of the triangular lateral faces. It is different from the vertical height, which is measured perpendicular to the base.
Knowing the slant height helps because it represents the height of the triangle that makes up each lateral face. So, the slant height helps you to find the surface area of each lateral face.
LENGTH
Lateral faces are the number of faces excluding the base. Since the square is the base, the other 4 sides will each be touching a lateral face to form a square pyramid (or it wont be a pyramid). So, there are 4.
40cm^3
A pyramid consists of several key parts: the base, which can be a polygon (commonly a square or triangle); the apex, which is the top point of the pyramid; and the lateral faces, which are triangular surfaces that connect the apex to each side of the base. Additionally, the height is the perpendicular distance from the apex to the base, and the slant height is the distance from the apex to the midpoint of a base edge. The edges are the line segments where the faces meet.
66m height (estimated). The length of each side of the base is about 755 feet.
66m height (estimated). The length of each side of the base is about 755 feet.
The area of the polygonal base, and the areas of each of its lateral faces (which need not be equal).The area of the polygonal base, and the areas of each of its lateral faces (which need not be equal).The area of the polygonal base, and the areas of each of its lateral faces (which need not be equal).The area of the polygonal base, and the areas of each of its lateral faces (which need not be equal).
In a tetrahedron all the triangles have to be congruent. In a Triangular Pyramid, the lateral faces are all congruent to each other, but not always with the base triangle. Not necessarily. The lateral faces need to be congruent if it is a right pyramid, not otherwise. The apex of the pyramid need not be directly above the centre (however defined) of the base. Think of a triangular pyramid doing an impersonation of the Leaning Tower of Pisa!
Each lateral face is perpendicular to its lateral neighbours so that makes 4 pairs. In addition, opposite lateral faces may be perpendicular, making 6 pairs in all.
The answer depends on what the shape is. There is no simple answer based on the information provided by the question.