In other words, 1 m3 = 100 cm X ___. But 100 cm = 1 m, so the answer to that question is 1 m2. Area = pi * r2, so the radius is sqrt pi, and the diameter is 2*sqrt pi, or about 3.5449077018110320545963349666823.
If the object hsa sunk the volume is equal to the volume of water displaced If the tank is 50 cm high, the volume is 150x100x (36.2-30) = 93000 cubic centimeters
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135,000,000 cm (multiply the length value by 100)
A cube with sides measuring 100 cm in length has a volume of 1 million cm3
If the base of a cube is 100cm then the base must measure 10cm by 10cm. so, as it is a cube its height must also be 10cm. Therefore the volume of the cube is 10cm x10cm x10cm which equals 1000 cubic cm.
10cc 10cc you can't cm is a length, cc is a volume
175cm *1m/100cm =1.75m
1m = 100cm, so 174cm = 1.74m tall.
Volume and capacity are both volumes. Capacity is the volume inside a container (ie how much space there is in it, or alternatively expressed as how much it can hold when full) whereas the volume of a container is the amount of space it itself takes up. For example, a crate that is made from 1 cm thick wood that is 100cm x 50cm x 50cm on the outside has: volume = 100cm x 50cm x 50cm = 250000 cm3 = 250 litres capacity = 98cm x 48cm x 48cm = 225792 cm3 ≈ 226 litres (Each wall is 1 cm think, so the inside length is 100cm - 1cm (for one wall) - 1 cm (for the wall at the other end) = 100cm - 2cm = 98cm, etc)
6 feet, 2 inches tall. Taller than Mario, but around Luigi's height.
To find the volume of water in a pipe in metric units, you can use the formula for the volume of a cylinder: V = πr^2h, where r is the radius of the pipe and h is the height of water inside the pipe. Make sure to convert all measurements to the appropriate metric units before plugging them into the formula.