It has been said that life violates the Second Law of Termodynamics. (A) what observations led to such a statement? (B) Why is the statement untrue?
Please if anyone know, help. I was stuck on this question forever. 10 points to Best Answer. Please help.
Please if anyone know, help. I was stuck on this question forever. 10 points to Best Answer. Please help.
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this is hard lol
(A) The Observations that led to such a statement is The Observations has to so with order. The second law of thermodynamics states that the universe naturally progresses towards a more disordered state. At first glance, life seems to violate this principle because living things often assemble more and more complex structures throughout their lifespans and evolution. This led to some claims that life could not possibly be natural in origin because it violates the second law of thermodynamics. I think... i'm not that smart if u can tell lol
(B) This statement is untrue because, The Second Law states that the entropy or disorder of a closed system always increases. Put simply, it says that things fall apart, disorder
overcomes everything - eventually. But when this principle is applied to
small systems such as collections of molecules there is a paradox...
if u get this wrong just say i had a dumb friend help me xD
(A) The Observations that led to such a statement is The Observations has to so with order. The second law of thermodynamics states that the universe naturally progresses towards a more disordered state. At first glance, life seems to violate this principle because living things often assemble more and more complex structures throughout their lifespans and evolution. This led to some claims that life could not possibly be natural in origin because it violates the second law of thermodynamics. I think... i'm not that smart if u can tell lol
(B) This statement is untrue because, The Second Law states that the entropy or disorder of a closed system always increases. Put simply, it says that things fall apart, disorder
overcomes everything - eventually. But when this principle is applied to
small systems such as collections of molecules there is a paradox...
if u get this wrong just say i had a dumb friend help me xD