What is entropy? - Jeff Phillips
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Date: 2020-08-22
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Comments and reviews: 9
kumar
This theory came out in 1873.
Tire deflates because of atmospheric pressure, ice melts because avg temprature of earth is 23 C (IT WONT IN ANTARCTICA OR NORTH POLE OF MARS.
CREAM SPREADS BECAUSE CO2 ESCAPES( DUMBEST THEORY EVER)
And don't get we started on probability.
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This theory came out in 1873.
Tire deflates because of atmospheric pressure, ice melts because avg temprature of earth is 23 C (IT WONT IN ANTARCTICA OR NORTH POLE OF MARS.
CREAM SPREADS BECAUSE CO2 ESCAPES( DUMBEST THEORY EVER)
And don't get we started on probability.
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TUHIN
Entropy can be defined as degree of randomness of a partical for example solid ice parties are compactly packed so they have less entropy or you can say they have less degree of randomness. Bro you explained up to quantum level of entropy and every one will get confused.
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Entropy can be defined as degree of randomness of a partical for example solid ice parties are compactly packed so they have less entropy or you can say they have less degree of randomness. Bro you explained up to quantum level of entropy and every one will get confused.
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abhi
Energy can neither be created nor be destroyed
Entropy can only be created but cannot be destroyed
Also thermodynamics proves that travelling back in time is not possible but there is no prove that shows travelling to future is impossible
Strange r8
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Energy can neither be created nor be destroyed
Entropy can only be created but cannot be destroyed
Also thermodynamics proves that travelling back in time is not possible but there is no prove that shows travelling to future is impossible
Strange r8
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Niteout187
So its the difference between the finite and the infinite? nothing last. so this kinda explains that right. The more energy spent on a given state the faster you head towards entropy. Although this only applies to matter I feel. the mind Im not to sure.
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So its the difference between the finite and the infinite? nothing last. so this kinda explains that right. The more energy spent on a given state the faster you head towards entropy. Although this only applies to matter I feel. the mind Im not to sure.
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humair
It would be simple to say that fewer macroscopic icecubes would have more chance to come to their original distribution after shaking as compared to the billions of microscopic atoms in a glass full of water.
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It would be simple to say that fewer macroscopic icecubes would have more chance to come to their original distribution after shaking as compared to the billions of microscopic atoms in a glass full of water.
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Jacked
I specifically came here to understand Entropy since some speculate that it's going to be main concept in Tenet, Turns out its explained clearly here ( I rewinded and play it a few times though )
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I specifically came here to understand Entropy since some speculate that it's going to be main concept in Tenet, Turns out its explained clearly here ( I rewinded and play it a few times though )
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MartinMartin
EXCEPT. except that even IF the probability, P, is low, say P =0. 0000001 the improblemable MUST. MUST happen!
So why don't we ever see it happening?
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EXCEPT. except that even IF the probability, P, is low, say P =0. 0000001 the improblemable MUST. MUST happen!
So why don't we ever see it happening?
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harman
So if the chances of a hot object getting hotter are very low, then that means that it has happened in human history, with a spectator?
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So if the chances of a hot object getting hotter are very low, then that means that it has happened in human history, with a spectator?
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Alpha
In the beginning, I answered the room temperature water. Hmm. brb I'm gonna get an electrical engineering degree real quick.
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In the beginning, I answered the room temperature water. Hmm. brb I'm gonna get an electrical engineering degree real quick.
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