• Cuboid whose length = l, breadth = b and height = h

(a) Volume of cuboid = lbh

(b) Total surface area of cuboid = 2 ( lb + bh + hl )

(c) Lateral surface area of cuboid = 2 h (l + b)

(d) Diagonal of cuboid = √ l2b2h2  

• Cube whose edge = a

(a) Volume of cube = a³

(b) Lateral Surface area = 4a²

(c) Total surface area of cube = 6a²

(d) Diagonal of cube = a ³

• Cylinder whose radius = r, height = h

(a) Volume of cylinder = πr²h

(b) Curved surface area of cylinder = 2πrh

(c) Total surface area of cylinder = 2πr (r + h)

• Cone having height = h, radius = r and slant height = l

(a) Volume of cone = 1/3 πr²h

(b) Curved surface area of cone = πrl

(c) Total surface area of cone =  πr (l + r)

(d) Slant height of cone (l) = underooth2 r2

• Sphere whose radius = r

(a) Volume of sphere = 4/3 πr³

(b) Surface area of sphere = 4πr²

• Hemisphere whose radius = r

(a) Volume of  hemisphere = 2/3 πr³

(b) Curved surface area of hemisphere = 2πr²

(c) Total surface area of hemisphere = 3πr²