[benzenejamie]

If i have a solution with gases inside of it (ie carbonated beverage) in a sealed 2 litre bottle: does increasing the temperature favor the space occupied by the gas or the liquid?

[Rabn]

What do you mean when you say favor?

[nj_bartel]

I believe he means -  Will there be more or less CO₂ dissolved in the liquid than there was before increasing the temperature?  If that's the case, solubility of a gas in a liquid increases with decreased temperature.

[benzenejamie]

I think my problem is that i am getting temperature/pressure co relation confused. When there is More pressure than there is greater solubility of a gas into a liquid. (So if you open a pop bottle on a mountain the gas should escape quicker)
I think I am also confusing a gas dissolved into a liquid equilibrium with a liquid/vapour system. If you increase the temperature for a liquid it will evaporate quicker and condense quicker but overall the system will have less liquid but more vapour-yes?
If you increase the temperature you are also increasing the pressure proportionately?
So if you increase the temperature for a solution with gas dissolved into it (ie a carbonated beverate) the pressure will also increase pushing the gas further into the solution. So my question is: when temp increase causing more evaporation of the solution and pressure increase causing more solubility are you going to get more gas above the solution or just more vapour?