There are a number of ways in which a gas could dissolve in a liquid. It could bind with the liquid molecules.
solubility of the gas in the liquid
No, the lower the pressure the less gas a liquid can hold and the longer it takes to dissolve. One example you may have seen is water boiling in a near vacuum at room temperature.
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More gas dissolves into the liquid.
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A liquid with bubbles. :)
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There are a number of ways in which a gas could dissolve in a liquid. It could bind with the liquid molecules.
There are a number of ways in which a gas could dissolve in a liquid. It could bind with the liquid molecules.
There is no such state of matter, gas in liquid is just a solution. (Eg. Ammonia-water, hydrochloric acid)
If you are referring to gas dissolution in a liquid, no. Gas will dissolve more readily under high pressure.
When you wish to dissolve a solid in a liquid faster, you increase the temperature. This makes the solid particles move faster and farther, and thus dissolve in the liquid faster. However, the problem with dissolving a gas is the opposite: gas particles already are moving fast and far, to the point where it is difficult to keep them stay in the liquid. The opposite is thus done, lower the temperature. A good example is a can of soda. Cold soda is almost always fizzier than warm soda because the carbon dioxide is dissolved more in the liquid. cool the liquid and increase the pressure
Gas particles can move around more that liquid particles. Thus making it quicker for gas to diffuse.
solubility of the gas in the liquid
precipation. from the clouds
Not really, since you can always increase the pressure and dissolve more. You do reach limits when the liquid ceases to be recognized as a liquid, or the gas itself becomes a liquid