RE: Physics questions
May 8, 2019 at 10:19 pm
(This post was last modified: May 8, 2019 at 10:26 pm by Anomalocaris.)
No, it does not apply. but also temperature of absolute zero does not affect energy and motion of all Newtonian phenomenons either. It only refers to energy residing in the random motion of molecules. There can still be plenty of energy in the cohesive motion of molecules.
If we somehow cool the whole solar system to absolute zero degrees, that doesn’t mean all the planet’s will stop dead in their orbits. They will go merrily on around the sun as they have always done, and all the orbital energy of the cohesive motion of their molecules around the sun will still all be there. So all sorts of things can still happen, depriving their energy from sources other than random molecular motion.
If we somehow cool the whole solar system to absolute zero degrees, that doesn’t mean all the planet’s will stop dead in their orbits. They will go merrily on around the sun as they have always done, and all the orbital energy of the cohesive motion of their molecules around the sun will still all be there. So all sorts of things can still happen, depriving their energy from sources other than random molecular motion.
