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originally posted by: TerraLiga
Please enlighten me, because I can't think of a single factor of our sun that is 'ordered'.
originally posted by: AugustusMasonicus
I didn't say 'decrease', I said 'low'. The eventual final state of the universe is a low entropy homogenous one where each square meter is identical to the next, i.e. energy will be spread equally throughout the universe.
originally posted by: TerraLiga
a reply to: cooperton
It seems you're misusing entropy to suit your narrative
originally posted by: cooperton
Yeah so where did the order come from to begin with?
originally posted by: bigfatfurrytexan
a reply to: cooperton
There are indications that there is a level of laws that underpins the laws we operate under. Meaning the laws of physics might have modifications that can be made.
originally posted by: cooperton
originally posted by: rnaa
Entropy applies if no new energy is introduced into the system.
No, entropy is always a factor in all chemical equations. Entropy applies on the biochemical scale, not just the macro scale. Look up Gibbs free energy equation... "S" stands for entropy in the equation and it helps determine whether a reaction is favorable or not
Amino acid polymerization is energetically unfavorable in water, it is non-spontaneous. It's similar to lighting a match underwater. This is because amino acid decay is spontaneous in water, whereas amino acid synthesis is not. Reactions that increase entropy are more spontaneous than those that decrease entropy.
Do you expect a decayed leaf to turn back from dirt into a living leaf again? Because that's what you're arguing here.
You're ignoring common sense and basic biochemical laws to maintain your belief system.
Do you expect a decayed leaf to turn back from dirt into a living leaf again? Because that's what you're arguing here.
entropy, the measure of a system’s thermal energy per unit temperature that is unavailable for doing useful work. Because work is obtained from ordered molecular motion, the amount of entropy is also a measure of the molecular disorder, or randomness, of a system.
originally posted by: rnaa
a reply to: cooperton
Yes. Of course. In a way.
The tree will reuse some of the decayed leaf to create more leaves next year. Sort of. Along with more energy input from the sun, and other 'food' from the atmosphere and soil. The sun shines on the tree making more energy available to do work thus DECREASING entropy. The tree uses that energy to live and grow.
originally posted by: TerraLiga
It started in utter confusion and chaos but will ultimately be in a state of universal constant, with the remaining elements and atoms spread relatively evenly throughout.
originally posted by: AugustusMasonicus
Does it matter? The universe began with very low entropy and is moving towards a homogenized level of entropy.
originally posted by: cooperton
If we are moving towards entropy...
originally posted by: AugustusMasonicus
Huh? You don't move 'towards entropy'. It's very difficult to converse with you on this because you don't even have the terminology or an understanding of entropy.
originally posted by: AugustusMasonicus
The amount of entropy doesn't change.
originally posted by: cooperton
3) order must have existed in the beginning since our universe is heading away from order.
originally posted by: AugustusMasonicus
No one is disputing that the universe is moving from a high ordered state to a lower one
the earth is not a closed system so the entropic principle you're trying to apply is invalid.
originally posted by: cooperton
ok so where did high ordered state originate from?
I am referring to the universe as a whole