2 pi r^2 + 2 pi r h, so it is 157.08+471.24 is 628.32cm2
628.32 cubic centimetres (rounded to 2 decimal places).
The radius of a cylinder is independent of its height.
The height of a person can be given in feet and inches, or in metres and centimetres.
A cylinder with height 5 and radius 4 has a volume of about 251.33 units3
The volume of a cylinder that has a radius of 6 and a height of 8 is: 226.2 units3
The height of a cricket stump is 28 inches, or 71.12 centimetres, however the bails would add about a centimetre more of height, which would mean approximately 72 centimetres.
The surfave is 653,12 cm2 (if your unit is centimetre).
Approx 117.3 cubic centimetres.
Centimetre. Centimetre. Centimetre. Centimetre.
Entire surface area = 274.889 square cm (to 3 decimal places)
For a cylinder, the cross section is a circle, so the area will be pi r2 (r is the radius of the cylinder). The volume therefore will be V = pi r2h where h is the height of the cylinder.
volume of the cylinder
628.32 cubic centimetres (rounded to 2 decimal places).
The volume of a cylinder of height 50 cm and radius 100 cm is pi * 100 * 100 * 50 = 1,570,796 cubic centimetres = 1570.796 cubic decimetres or litres.
You cannot convert a measurement of height into one of volume, without knowing the area the base covers. Is the 325 mm in a large swimming pool, or is in it a bucket? We will assume that the measurement refers to the whole of a region. So we will look at 1 square centimetre of this region. This gives us a set of measurements - length, width and height..... The length of the area is 1 cm. The width of the area is 1 cm. The height of the water is 32.5 cm ... so 1 x 1 x 32.5 = 32.5 cubic centimetres. I litre = 1000 cubic centimetres, so 32.5 cubic centimetres = 0.0325 litres per sq centimetre.
20 centimetres
Area of cylinder = circumference x height = 2r x Pi x h = 12cm x Pi x 10cm = 120 x Pi square centimetres = 376.9911 cm2 (to nearest 4th decimal)