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All Comments (107)
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dude you definition at 9:15 is GREAT...just the best thank you!!!
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Haven't learned this on school yet, but ty to these 19 min I already understand
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Everything was okay except the ball analogy wasn't clear at all.
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I love you :D
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education is free. i guess all i'm doing by going to college is purchasing a degree
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where can i get some sample problem for this??
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@crankspider But if there is still a heat (reservoir) after thermal equalibrium, and the one side goes colder, the second law would have to move the heat to that cooler resevoir, how would you write that in a math formula?
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@cptcabo Only if you add energy to the system (similar to the air-conditioner example in the video). Otherwise, we assume it is at equilibrium and therefore stable. However, in the real world there, there is some slight variation, but it is negligible.
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Is it possible to move energy again after the 3rd law of thermodynamics, once it reaches thermal equilibrium with three states of matter?
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Entropy is not disorder.
Go to the following website (www2.ucdsb.on.ca/tiss/stretto
n/CHEM2/entropy_new_1.htm)
2 people still don't get it.
bobo707007 9 months ago 24
I want the history channel to explain this to me as if I am a child.
dsac6007 7 months ago 15