LSA of the cube is obtained by multiplying the square of its side length by 4. Thus, the formula for the lateral surface area of the cube, with side length "a" is "4a2".
The lateral surface area of a cuboid is the combined surface area of the four vertical faces. ... The lateral surface area of cuboid will be, L= S = 2 (lb + bh + lh) - (2 × l × b) = (2 × l × h) + (2 × b × h) = 2h(l + b).
The CSA of cylinder having its base radius 'r' and height 'h' is given by: Curved surface area (CSA) of cylinder = 2πrh sq. units.
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Answer:
Lateral Surface Area of Cube Formula
LSA of the cube is obtained by multiplying the square of its side length by 4. Thus, the formula for the lateral surface area of the cube, with side length "a" is "4a2".
The lateral surface area of a cuboid is the combined surface area of the four vertical faces. ... The lateral surface area of cuboid will be, L= S = 2 (lb + bh + lh) - (2 × l × b) = (2 × l × h) + (2 × b × h) = 2h(l + b).
The CSA of cylinder having its base radius 'r' and height 'h' is given by: Curved surface area (CSA) of cylinder = 2πrh sq. units.
Answer:
2πrh is the lateral surface area of a cylinder.
Step-by-step explanation:
π stands for 22/7 or 3.14 which is pi
r stands for radius and h stands for height
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