The volume of this cone is 37,699 cm3
40cm times 40cm times 40cm equals 64,000cm. The volume of the cube is 64,000cm cubed or 0.064m cubed.
The volume is 60*40*20 = 48000 cubic centimetres.
6000cm3
400 cm 3
(8x10) ÷ 2 = 40cm² (if units are cm)
The volume is 502,654.8cm3
Volume = pi*r2*h = 40715.04 cubic cm
40cm times 40cm times 40cm equals 64,000cm. The volume of the cube is 64,000cm cubed or 0.064m cubed.
48,000 cubic cm
30-40cm height
Volume of a cuboid = length x width x height What is required is the height of a cuboid whose volume is that of the sand and the length and width are that of the plot, ie: 22.5m3 = 7.5m x 7.5m x height height = 22.5m3 / 7.52m2 = 0.4m So the plot has risen 0.4m (=40cm).
Assuming these are the three orthogonal dimensions (length breadth and height) of a cuboid, the volume is: 1*3*40 = 120 cubic cm
Volume of a cylinder is (pi)r2h =3.14 x 402 x 125 =628 318.5 cm3 Hope this helps:-)
40cm^3
A = 5026.5 cm2
40cm in height.
The volume depends on the radius also. You need this to complete the question.