Leave the moderating to the moderators, kids.
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i already replied to this topic next october.
what no mention of the second law of thermodynamics??????????????????? for shame
Dick, you're trying a bit too hard. xD
nothinghavent you heard of the butterfly effect
Well, seen as though you asked An isolated system can't decrease in entropy due to it alway evolving toward Thermodynamic Equilibrium (TE from now on). The universe is classed as an isolated system, as (as far as we know) matter and energy can't enter or exit (law of conservation of energy (and matter, but as matter is a form of energy (sort of) I only really need to say energy)). As the cause of action in the universe is heading towards TE at all times, then technically any change in the course of time would minutely alter this, meaning it would either be impossible to time travel (but that defeats the object of the topic) or the universes time lines would meet (ending in no net change in entropy)
xDBtw I would go back in time to watch my childhood and see Jesus.
i didn't really ask it was more the dude gave the worst definition of entropy i ever saw but dS = dQ/T or S = kBln(W) would have been a quicker answer than the macroscopic arrow of time asymmetry principle thanks for playing anyway tho little girl
You contradict yourself. I am, as you put it, 'the dude', yet you then say 'thanks for playing anyway tho little girl', you refer to me as both genders despite the fact my profile clearly says male.Also, I know that my definition of entropy isn't great; I'm awful at explaining/defining, and Entropy isn't exactly on the GCSE curriculum.Back on topic; I'd probably go back to 1980ish and shoot Joel Schumacher before he even went near a camera
"the dude" is the quack98 guy
actually forget making out w/ past me i would go back to when puk was good whenever that was