It would take 1m3 of water. The metre cubed is the base unit of volume. For ease of use most domestic volumes are measured in litres, 1 litre is 1dm3 or 0.001m3, so there are 1000 litres in 1 metre cubed. one metre cubed would take 1000 litres. The density of water at 20oC is 998.207 kgm-3, so one metre cubed of water will weigh 998.207 kilograms.
Two litres of water might fill a fish bowl.
1000 litres. This is because there are 1,000,000 cm3 in a m3. The reason for this is that there are 100cm in a metre. Cube this (as volume is in units cubed) and you get 100x100x100 is 1,000,000. A cm3 is equal to a millilitre and there are 1000ml in a litre. 1,000,000 (difference between cm3 and m3) / 1000 (ml in a litre) and you get 1000 (litres in a m3).
you need three measurements...the height,width an depth of the pool..volume in litres = height (cm)x width(cm)x depth(cm) /1000
Fill a large container to the brim with water, immerse the person to be measured in it completely. collect/catch allthe water that comes out of the container. Measure this volume of water in litres and however many litres you have time by 1000 cubic centimetres per litre is the volume of your person.
You would need 1000 milliliters of water to fill a one liter glass jar.
Fill up the 5 litres and empty. Do this again and you have 10 litres. Then fill the 5 litres, then fill the 4 litres from the 5 litres, and you're left with the final 1 that you needed to complete the 11 litres
It really depends on the size of the bath tub. Yours and mine may differ by a lot.
1 cu m = 1000 litres it takes 50m × 25 m × 2 m = 2500 cu m = 2,500,000 litres = 2.5 × 10⁶ litres (= 2.5 million litres) = 2.5 Ml
He would use approximately 135 litres. (You might need a slight adjustment for temperature.)
343 litres.
No.100 ml = 0.1 litres