- #1
Syed F. Karim
- 14
- 0
At what depth (roughly speaking) will gaseous oxygen dissolve (because of the surrounding pressure) into the water? Again, not asking for a precise figure. Thanks
Infinite solubility of gases under extreme pressure refers to the phenomenon where gases can dissolve in a liquid to an unlimited extent when the pressure is increased to extreme levels. This means that the gas molecules are able to enter and dissolve in the liquid at a much higher rate compared to normal conditions.
The solubility of gases in a liquid is directly proportional to the pressure applied on the system. This means that as the pressure increases, the solubility of gases also increases. This is because the higher pressure causes the gas molecules to be compressed and enter the liquid at a faster rate, leading to higher solubility.
The infinite solubility of gases under extreme pressure has various practical applications in industries such as oil and gas, chemical manufacturing, and pharmaceuticals. It allows for the extraction of gases from liquids and the production of supersaturated solutions, which are used in various processes and products.
While the concept of infinite solubility may seem to suggest that gases can dissolve in a liquid to an unlimited extent, there are limitations to this phenomenon. Extreme pressures can lead to changes in the properties of liquids, such as their density and viscosity, which can affect the solubility of gases. Additionally, certain gases may not exhibit infinite solubility even under extreme pressure.
The main difference between infinite solubility and regular solubility is the pressure at which the two occur. While regular solubility occurs at normal atmospheric pressure, infinite solubility only occurs at extremely high pressures. Additionally, infinite solubility allows for a much higher amount of gas to be dissolved in a liquid compared to regular solubility.