It takes 1 litre of space - a box of 10 x 10 x 10 centimeters or approximately the size of a 900 gram Ziggy's potato salad container
A liter is, by definition, one cubic decimeter.
Water because a liter is a measurement of space and not mass. Water occupying 1 liter of space is lots heavier than air occupying 1 liter of space. <><><><><> It depends on density. It is possible, given enough pressure, to have one liter of air weigh more than one liter of water.
1 liter of space = 1dm3
The water bottles in landfills take up a great deal of space. It is estimated that about 20 percent of a landfill can be made up of plastic from water bottles.
That depends on what the liter has in it. -- If the liter of space has air in it, there's roughly 0.0012 kilogram of mass there, but the exact number depends on the temperature and pressure. -- If the liter of space has water in it, there's roughly 1 kilogram of mass there. -- If the liter of space has gold, stones, or lead in it, there are several kilograms of mass there. -- If the liter of space is empty, there's no mass there at all. Units of mass (kilograms) are incompatible with units of volume (litres).
a coke bottle
1 Liter = 1000cm3
blood is made up of blood cells and plasma. it has a density of approximately 1 (maybe a little more) so 1L of blood approx takes up as much space as 1L of water.
Yes, water does take up space. It has mass and volume, which means it occupies a certain amount of space depending on the quantity of water present.
The answer is 2,68 moles.
In terms of mass yes as 1liter of water is equivilant to 1kg of water.This also applies to 1liter of honey which is also 1kg of honey. However in terms of density, no as honey is obviously more denser than water. If you want to prove this take a glass of cold water and a spoonfull of honey.Pour the honey and you will see the honey sinking.This proves that honey is denser than water.
Density has nothing to do with how heavy an object is. Density is mass divided by volume; if you take (for example) a liter of water, it will have a density of 1 kg/liter; if you take 1000 liters of water, the density will still be 1 kg/liter.