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What is the lateral area of a pyramid?

1/2 times the perimeter of the base times slant height


What is the height of each lateral face called?

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.


How do you find the lateral surface of a triangular prism?

The lateral area [L] of a right prism with base perimeter [P] and height [h] is L=Ph.


What is the height of the triangular faces of a pyramid called?

The height of the triangular face of a pyramid is called the slant height.


What is the lateral area of a regular quadrangular prism that has a perimeter of 20 cm and a height of 6 cm?

Lateral Area=Perimeter of the base * height perimeter=20 height=6 so, Lateral Area=20 * 6 Lateral Area=120cm


How do you find the surface of a triangular prism?

The lateral area [L] of a right prism with base perimeter [P] and height [h] is L=Ph.


What is the surface area of a square pyramid?

It is the lateral area (which is 1/2 the perimeter multiplied by the slant height), plus the area of the base.


When p is the perimeter of the base and s the slant height of a regular pyramid What is a valid formula for the lateral area?

LA=1/2ps


What is the volume of triangular based pyramid with a triangular base of 20millimeters height is 22millimeters and pyramid height is 14millimeters?

1


Let p be the perimeter of the base and s the slant height of a regular pyramid What is a valid formula for the lateral area?

LA=1/2ps


What would be the formula for the lateral area of a regular pyramid where the base is a square with perimeter p and s is the slant height?

LA = 1/2psnewtest3


How is the perimeter of the base related to the length of the lateral area rectangular?

The perimeter of the base of a rectangular prism directly influences the lateral area, as the lateral area is calculated by multiplying the perimeter of the base by the height of the prism. Specifically, the lateral area ( A_L ) is given by ( A_L = P \times h ), where ( P ) is the perimeter of the base and ( h ) is the height. Therefore, a larger perimeter results in a larger lateral area, assuming the height remains constant. Conversely, for a fixed lateral area, changes in the perimeter would necessitate adjustments in the height.