The lateral area (LA) of a solid refers to the surface area of the sides or "lateral" surfaces of the solid, excluding the top and bottom bases. It is often calculated by summing the areas of all the vertical faces of the solid. For example, in a cylinder, the lateral area can be found using the formula LA = 2πrh, where r is the radius and h is the height. In general, the specific formula for lateral area will vary depending on the shape of the solid.
Lateral Area is the area of the sides of a solid, not including base.
Net but then could be lateral area
The L stands for Lateral and the A stands for Area. Put together, it's Lateral Area!
curve surface area
LA=1/2ps
Lateral Area is the area of the sides of a solid, not including base.
Net but then could be lateral area
The L stands for Lateral and the A stands for Area. Put together, it's Lateral Area!
The formula for getting the Rectangular prism/solid is (Perimeter of the base)(Height)* Get the Perimeter of the rectangular prism first (2L + 2W) P = (2)(10) + (2)(6) = 20 + 12 = 22* Now lets solve for the Lateral Area LA = (22) (4)LA = 88
LA=(pie)dh or LA=2(pie)rh
curve surface area
LA= 1/2(l*B)where "LA" is lateral area, "l" is lateral height and "B" is the perimeter of the baseMore info:B- otherwise (in a cone) known as 2Ï€r. 2Ï€r is also known as DÏ€ where "D" is diameter
Lateral Area (LA)= pi*d*h Surface Area (SA) =LA+2(pi*r^2)
The lateral area of a prism is the sum of the area of the lateral faces
LA=1/2ps
it's the same as a rectangle. LA= Ph (Perimeter x's Height)
It is the sum of the area of the lateral faces