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Of the observation process, which occurs in many aspects found. "The process that occurs when the change will occur, then the system becomes more chaotic."The distribution (dispersal) of objects.Substances, atoms, molecules, or even the distribution of power
.We start from the definition of thermo dynamic variables to indicate the direction of spontaneous change, or on the other hand is. Variables indicative of the disorder of a system. This variable is the entropy,.s it, so we can rule that 2
"in the process itself. The entropy of an isolated system increases.dstot> 0, where stot is the total entropy of an isolated system (isolated. system) that contains the system we are interested in it, "
.Process is not reversible. (Irreversible process), a process that occurs by itself (because the process forward only), so the process is not reversible, the entropy of the system increases in the opposite way.(Reversible process) the system is in equilibrium with the environment constantly changes. Therefore, these processes will not increase entropy.But the process may be reversible. The migration (transfer).As defined in Rule 1, but in this case the relationship is to do. To simplify the content
.Definition of entropy: the entropy of the system. The process is reversible. Proportional to the heat transfer into the system (qrev) but inversely proportional to temperature (t) of the system. That is, it follows that
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From observations to consider a process that occurs in many aspects found that "the processes that occur will occur when changes are made, the system is more clutter." The occurrence of fragmentation (dispersal) of the object,Matter, atoms, molecules, or even fragmentation of power
. We will begin by defining the variables to the mik Thermo dynamic will indicate the direction of spontaneous change occurs, or in other words is the variable that represents the system's clutter, this variable is the entropy, It S so we can write a rule # 2 is that the process occurs in "
happens. The entropy of an isolated system will increase: DStot > 0 where Stot is the entropy of the system alone (isolated system) that contain a system that we are interested in is "
. The diversion process. (irreversible process) is a process that occur (because the birth process forward.) Thus, the occurrence of a change process that does not have to make. Entropy of the system increases. On the other hand (Reversible process), the system is in balance with the environment constantly changes. Therefore, in the process, they will not make the entropy increases. But that was a reversible process may cause. B. Migration (transfer) The definition in rule 1, but in this case I will raise that relationship is never applied to simplify content
.Definition of entropy
The change of entropy of the system that caused a reversible process. Use this function to match the heat transfer into the system (qrev) but with inverse variable temperature (T) of the system. That is, to have that
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from the observation considering the process that occurs in many respects, it was found that "the process that happens to be their own. When the changes made to the system are not in order.The Distribution (dispersal) of the object,substance, atom, molecule or even the distribution of the energy
We will start from the definition of a thermometer dynamic economic variables that will be the sign of a spontaneous change direction or in other words, variables that reflect the rules of the system, as this variable is leaning call this year,It was, so we can write S law article 2
that "in the process of setting up their own leaning. Call this year alone will increase your system:0 DStot > Stot is leaning by the call of all of the system alone (isolated system), a boxed system that we are interested in "
The process that can be diverted to return is not (irreversible process) is a process that can occur (because of a process to move forward. Only) so that the process can be diverted back to not have to do this year, sit back call of the system increased in the opposite(reversible process), the system is in balance with the environment at any time during a state change in the process, so these will not be leaning to call this year.But, the process that can be diverted back. There may be a risk of migration (transfer).The definition in the rule 1, but this will be raised in a relationship that was used to reduce the difficulty of the Content
Definition of lean year
call call the changes of lean years of the system that caused the process to change it back to variable matches the heat exchanger into the system (qrev), but varies inversely proportional to the ambient temperature (T) of the system is that it is that