If you were to quickly fill a small room with a sufficient amount of heat, would there be enough force/energy to close a door?
wow nobody i can answer this?
you guys are dumber than i thought
Yes.
>>8518668
No. Statistical mechanics dictates that particles occupying microstates in some area will always tend toward increased entropy (statistically interpreted entropy that is), so moving towards the most even distribution possible. An open doorway provides an excellent path for suddenly energy-rich molecules to distribute across a larger area to regain equilibrium. The force against the inner-face of the door would be outweighed by the force exerted against the opposite side as a torrent of hot air rushes out and cold air from outside of the room rushes in.
>>8520391
Very concise answer, the fact that the door is open allows equilibrium between environments which ultimately means that for the energy to close the door would violate thermodynamics.
>>8518668
yes, because the amount of heat is sufficient
If you add enough heat and energy to create a large enough gravitational pull to bring the door in, it will work
but who was phone?
>>8518668
Yes
>>8518668
which was is the door hinged?