What does it mean if we increase the temperature we increase the
vapor pressure?
I understand if we increase their KE energy more particles
will possess enough energy to escape from the liquid surface.
But vapor pressure is measured in an isolated system, where no
heat and mass are escaping.
So, assuming we increase the temperature of our sample by 10
degree celcius, does that mean we would expect more concentration
of particles at equilibrium in the gas phase?