Also, as the faster - moving molecules escape, the remaining molecules have
lower average kinetic energy, and the temperature of the liquid thus decreases.
Not exact matches
There is no reason to suppose that molecules higher in the atmosphere will, on
average, have
lower kinetic energy.
He appears to think it's fine that molecules in the upper shell have more total
energy, on
average, than molecules in the
lower shell so long as
average kinetic energy is the same.
This is something that you have denied was possible on the ground that (allegedly) a gas can't have a
lower density, the same
average molecular
kinetic energy, and yet the same temperature.