Quasi equilibrium and non flow reversible in a simpler way?

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Quasi equilibrium refers to a state in thermodynamics where a system is nearly at equilibrium, allowing for reversible changes with minimal adjustments in conditions. An example is the interaction between a heat reservoir and a gas, where heat flows from a slightly hotter reservoir to the gas, maintaining a temperature difference that can be reversed with a small temperature change. Non-flow reversible processes occur when the system can return to its original state without any net change in the surroundings, emphasizing the idealized nature of these processes. Understanding these concepts is crucial for grasping thermodynamic principles and their applications. Overall, quasi equilibrium and non-flow reversible processes illustrate the delicate balance in thermodynamic systems.
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Can anyone explain me quasi equilibrium and non flow reversible in a simpler way? It is from thermodynamics and i am getting difficulty to understand it
 
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mikhailpavel said:
Can anyone explain me quasi equilibrium and non flow reversible in a simpler way? It is from thermodynamics and i am getting difficulty to understand it
Quasi equilibrium is a state in which the system is arbitrarily close to equilibrium that can be reversed with an arbitrarily small change in conditions. For example, an interface between a heat reservoir with infinite heat capacity at temperature T and a gas at temperature T - dT where dT is an infinitessimal: Heat flows from the slightly hotter reservoir to the gas and the gas expands just enough to keep its temperature at T-dT. The process can be reversed by heating the gas an infinitessimally small amount to T + dT so that the heat flows from the gas to the reservoir. The gas can be compressed isothermally using arbitrarily close to the same amount of work that the gas did when it expanded.

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