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Answered 2012-02-10 21:33:46

That would be the implication of the second law of thermodynamics.


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Actually its a bit Controversial, when we say Entropy, alot of things come into picture. So U just can't say Entropy is increasing. But in accordance with 2nd law of thermodynamics, it is true. U have to consider a particular system and its surroundings, then study its stability and Entropy.

The Second Law of Thermodynamics states that the state of entropy of the entire universe, as an isolated system, will always increase over time. The second law also states that the changes in the entropy in the universe can never be negative.

The fate of the universe is in gravity's hands and lies between both entropy and collapse. A simple way to express the second law of thermodynamics is 'entropy is always increasing'. Entropy is the inclination for a system to approach maximum randomness. Martha referred to her husband as 'Entropy Man', for his super-human ability to cause a mess.

Of the four laws of Thermodynamics the last two include entropy. Now you have to understand that the laws of thermodynamics start off at zero so the last two laws are number two and three. 2: Entropy is always increasing 3: The Entropy of a pure crystalline solid is 0

It's not that entropy can't be reversed, it's that the entropy of the universe is always increasing. That means that while you can reduce the entropy of something, the entropy of another thing must go up even more so that in total, the entropy goes up.

Entropy is thermodynamics. It is chaos, and it prevents perpetual motion machines from happening. Entropy always increases.

There is always an increase in the entropy of the universe.

The second law captures the observations that natural changes always result in an increase in the entropy of the universe.

To feed the rise in Entropy. Enthalpy is a constant, but Entropy is always increasing.

In simple terms, the entropy, or disorder, in the universe is always increasing. As for how, well it's one of those things you get or don't get. There can be times when the system is decreasing entropy but the surroundings are increasing entropy and things like that, but no matter what the entropy of the system (universe) as a whole is always increasing. The easiest way to understand would be to look at some common chemical equations. The most obvious is a solid or liquid going to a gas because gas molecules are more random/disorderly and they tend to be smaller and in their "pure" forms so more molecules are made which also leads to increased entropy. Basically there's no one answer, you'll just have to study all the different possible cases. There are less obvious entropy equations as well. Other things like temperature and pressure can affect entropy too.

The 2nd law of thermodynamics basically states that there is always increasing entropy in the universe. Although the total quantity of energy is conserved, there is always a breakdown of useful energy into less useful forms. Usable energy, when processed, turns into a less efficient form. Entropy is the measure of unusable energy in a closed system, so therefore, entropy is increasing (2nd law). As for the efficiency of power plants, that depends on the type. Coal-burning power plants have between 32 % to 42 % efficiency, natural gas fired ones have 32 % to 38 % efficiency, and nuclear power plants only have 0.27 % efficiency.

The second law of thermodynamics states (to the effect) 'Entropy is always increasing.' This means that there is energy to be found is spreading out. As osmosis obeys the 2nd law then it is energetically favourable that it should occur.

The second law of thermodynamics, generally stated, is that the entropy of an isolated system always increases in any natural process where change occurs. In a system at equilibrium, of course, the entropy remains constant.

Not just the Earth, everything changes. This is because of the "Second law of Thermodynamics" -The law that entropy always increases.

The second law requires that any natural process increase the entropy of the UNIVERSE. It is pretty obvious that plenty of natural processes decrease entropy locally while increasing it on a more macroscopic level. Very complex assemblies are created naturally all the time, but the creation of the complex assemblies always comes at a cost of increasing the entropy of the universe. With that said, remember that thermodynamics does not account for the effect of intelligence. If you want to ponder on that a bit, go do some reasearch on "Maxwell's demon". Various ideas have been suggested to account for intelligence in thermodynamic terms, but so far thermodyamics is essentially silent on intelligence except in very, very limited frames like the operation of computers. It neither supports or disproves the assertions of athiests and "believers".

The second law of thermodynamics dictates that entropy always increases in an isolated system when an exchange is made.

You can't get ahead (1st law - conservation of energy - you can't get more energy out than you put in) You can't even break even (2nd law - 100% efficiency is not possible - some energy will always be lost as heat to the surroundings, thus increasing the overall entropy of the universe) You can't get out of the game (no real process is reversible)

Short answer: the 2nd law of thermodynamics applies only to closed systems, and the only truly closed system is presumably the entire universe (if even that). Crystals always form in the context of a larger system providing energy, meaning that entropy increases elsewhere, proportionate to the decrease of entropy represented by the crystal formation. Here is a somewhat more in-depth answer:

The first law of thermodynamics is often called the ''Law of Conservation of Energy''. This law suggests that energy. can be transferred from one system to another in many forms. Also, it can not be ''created'' or ''destroyed''. Thus, the total amount of energy available in the Universe is constant.Second Law of ThermodynamicsAs a result of this fact of thermodynamics, natural processes that involve energy transfer must have one direction, and all natural processes are irreversible. This law also predicts that the entropy of an isolated system always increases with time. Entropy is the measure of the disorder or randomness of energy and matter in a system.Third Law of ThermodynamicsThe third law of thermodynamics states that if all the thermal motion of molecules kinetic energy could be removed, a state called absolute zero would occur. Absolute zero results in a temperature of 0 Kelvins or -273.15° Celsius

The second law of thermodynamics states (to the effect) 'Entropy is always increasing.' This means that there is energy to be found is spreading out. As osmosis obeys the 2nd law then it is energetically favourable that it should occur.Because water can dissolve into and pass through semipermeable membranes by diffusion and nothing else can.

The Second Law of Thermodynamics states that "in all energy exchanges, if no energy enters or leaves the system, the potential energy of the state will always be less than that of the initial state." This is also commonly referred to as entropy.

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