The surface area of a box, which is a cuboid, depends on its length, width and height. A cube is a special type of cuboid in which the length , width and height are all the same.
Lateral surface area of a cuboid = 2 (Length + Breadth) × Height Lateral surface area of a cube = 4 × Side2
A cuboid is a 3 dimensional object and 3 measures are required for the total surface area of a cuboid.
Add all the area of six faces of the box in gerneral the surface area of a cube shape box is 6a2 and of cuboid is 2(lb x bh x hl)
Volume of a cuboid = cross-section area times its length
Let its dimensions be a, b and c:- Surface area of the cuboid: 2*(a*b)+2*(b*c)+2*(a*c) in square units
Volume = Height × Width × Depth Surface area=2(lw+wh+hl)
The surface area of a box, which is a cuboid, depends on its length, width and height. A cube is a special type of cuboid in which the length , width and height are all the same.
The total surface area of a cuboid with edges of length a, b and c units is 2*(ab + bc + ca) square units.
Lateral surface area of a cuboid = 2 (Length + Breadth) × Height Lateral surface area of a cube = 4 × Side2
A cuboid is a 3 dimensional object and 3 measures are required for the total surface area of a cuboid.
Volume = Пr2h Area = 2Пr2+2Пrh (where r=radius of base, h=height of cylinder)
Add all the area of six faces of the box in gerneral the surface area of a cube shape box is 6a2 and of cuboid is 2(lb x bh x hl)
Volume in cubic units = pi*r2*h Surface area in square units = (2*pi*r2)+(2*pi*r*h)
Volume of a cuboid = cross-section area times its length
yes
Make it infinitesimally small.