Evolution does not violate the second law of thermodynamics
Ahhh, Yes it does.
. If it did, evolution would probably no longer be a scientific theory.
'Theory' being the operative word.
Please do not confuse a scientific theory with the colloquial english version of the word.
lol, OK. well I don't think I did confuse these two terms, I have been referring to 'evolution' as a scientific theory, how does the 'colloquial english version of the word' differ? Is there two seperate theories?
It does not mean "a good guess," and it is not below the status of a scientific law.
I would call it; false science, a poor assumption that is scientifically and Biblically inaccurate, OK, I'll be completely honest, I think 'evolution' is one of the most evil Satanic derived concepts ever to creep up out of the grates of Hell.
A scientific theory is a framework of ideas and principles used to explain phenomenon observed in the universe, that is testable and falsifiable, and based on data and evidence. In the scientific community, the theory of evolution by natural selection is akin to the theory of gravity - its about as close to fact as you can get. If anyone has ever laughed at you for saying something along the lines of "Evolution is just a theory", then now you know why.
Do you really believe that, or are you just copying some form of sophistry?
Anyway, back to the second law of thermodynamics. I am guessing that you don't actually know much about physics.
Actually I am quite literate in the sciences.
I can't say I am a physics genius either, as I've only had the opportunity to take one physics class. However, I do know enough about thermodynamics to clear up your misunderstandings.
The second law says something along the lines about how the entropy of a closed system cannot decrease. I don't think I need to explain entropy to you, so I'll just move ahead to the point...
It seems you don't even pay attention to the "closed system" part of the law. It's like you assumed that order from disorder violates the law, which isn't true. Entropy within a closed system can decrease, as long as the overall entropy of the closed system doesn't.
Lets give the system for you, shall we define the in a solar system seeming we are discussing thermodynamics, Earth and our planetary system as recieving energy in the form of heat from one source, namely the Sun. So we have one sun in this system, meaning 'solar system', seeming there is no other source of heat for the system, it is by logic 'closed', now ask yourself is or is not the thermodynamics of the Sun in our closed solar system subject to the Second Law of Thermodynamics? Well Yes of course.