Approx 180ml
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1000 ml =1 liter.
One liter = 0.1 dekaliters.
liter measures liquids and inches measure distance
2.83 liters 1 Liter = 1.05 quart 1 guart = 0.94 liter
A liter bottle can hold approximately 1 liter of air.
1 liter
A liter is a liter. That is a tautology. ----------------------------------------------------------------- If the oxygen is in liquid form, then there is 1 litre in a 1 litre flask.
1 liter of oxygen weighs approximately 1.43 grams.
Air is less dense than lead, meaning it has fewer particles per unit volume. Lead is a dense metal with a high atomic mass, while air is a mixture of gases like nitrogen and oxygen with much lower individual particle masses. As a result, 1 liter of lead contains more mass than 1 liter of air.
At STP (Standard Temperature and Pressure: 1 atmosphere of pressure, 0oC), one mole of any gas will occupy 22.4 liters of space. One mole of any substance contains 6.02 x 1023 particles (similar to how a dozen is 12 of anything). Air is about 21% oxygen, depending upon your location and local biotic and abiotic factors. So, at STP, 1 liter of air is about 0.21 liters of oxygen. To find out how many moles that represents, divide 0.21 by 22.4. Take that answer and multiply by 6.02 x 1023. It should be a very large number, on the order of 1021.
The mass of 1 liter of helium is approximately 0.1785 grams, while the mass of 1 liter of air (at sea level) is around 1.225 grams. Helium is lighter than air because its atomic mass is lower than the average molecular weight of air, which is mainly composed of nitrogen and oxygen.
1 liter of air is equivalent to approximately 0.0353 cubic feet of air.
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.
At an elevation of 6,000 feet, the atmospheric pressure is lower than at sea level, typically around 75 kPa (compared to 101.3 kPa at sea level). Air is composed of approximately 21% oxygen by volume. In 1 liter of air at this pressure and assuming ideal gas behavior, there would be about 0.021 moles of oxygen per liter, considering the lower pressure reduces the total number of moles of gas present compared to sea level. Thus, you would have approximately 0.015 moles of oxygen in that liter of air at 6,000 feet.
In a 5 L volume of air, approximately 20% of it is oxygen. Therefore, 1 L of air would contain about 0.2 L (or 20%) of oxygen. Therefore, in 5 L of air, there would be approximately 1 L of oxygen present.
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