BreezeWood
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- Oct 26, 2011
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.Does the 2nd Law of Thermodynamics apply right now? Because usable energy is decreasing right now. It is not possible to have an infinite universe..For every energy to matter and matter to energy transfers there will be a reduction in the usable energy. As time approaches infinity usable energy approaches zero. It is not possible to have an infinite universe that still has usable energy remaining. Unless of course you want to violate the Law of Conservation of Energy..No. It doesn't. You have just violated the 2nd Law of Thermodynamics..
BB is cyclical, all matter is expelled from Singularity at a finite angle with a trajectory that returns the matter in unison to their point of origin causing a new compaction that when completed results in a new Singularity.
No. It doesn't. You have just violated the 2nd Law of Thermodynamics.
yes it does, the cycle occurs in a vacuum.
For every energy to matter and matter to energy transfers there will be a reduction in the usable energy. As time approaches infinity usable energy approaches zero. It is not possible to have an infinite universe that still has usable energy remaining. Unless of course you want to violate the Law of Conservation of Energy.
that is not true for matter traveling in a vacuum - because of its angular trajectory the matter will return back to its origin (in unison) to begin a recompaction prior to a new moment of Singularity.
"Entropy and the Second Law of Thermodynamics
In trying to synthesize the ideas of Kelvin, Joule, and Carnot - that is, that energy is conserved in thermodynamic processes and that heat always "flows downhill" in temperature - Rudolf Clausius invented the idea of entropy in such a way that the change in entropy is the ratio of the heat exchanged in any process and the absolute temperature at which that heat is exchanged. That is, he defined the change in entropy DS of an object which either absorbs or gives off heat Q at some temperature T as simply the ratio Q/T.
With this new concept, he was able to put the idea that heat will always flow from the higher to the lower temperature into a mathematical framework. If a quantity of heat Q flows naturally from a higher temperature object to a lower temperature object - something that we always observe, the entropy gained by the cooler object during the transfer is greater than the entropy lost by the warmer one since Q/Tc.>|Q|/Th. So he could state that the principle that drives all natural thermodynamic processes is that the effect of any heat transfer is a net increase in the combined entropy of the two objects. And that new principle establishes the direction that natural processes proceed. All natural processes occur in such a way that the total entropy of the universe increases. The only heat transfer that could occur and leave the entropy of the universe unchanged is one that occurs between two objects which are at the same temperature - but that is not possible, since no heat would transfer. So a reversible isothermal heat transfer that would leave the entropy of the universe constant is just an idealization - and hence could not occur. All other processes - meaning, all real processes - have the effect of increasing the entropy of the universe. That is the second law of thermodynamics."
SECOND LAW
All other processes - meaning, all real processes - have the effect of increasing the entropy of the universe. That is the second law of thermodynamics."
non sequitur - for matter traveling in a vacuum nor for temperature variation as there is non involved in the angular trajectory for mass traveling in unison.