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An irreversible process increases the total entropy of the system and its surroundings. The second law of thermodynamics can be used to determine whether a hypothetical process is reversible or not. Intuitively, a process is reversible if there is no dissipation.
Learn the difference between reversible and irreversible processes in thermodynamics, with examples and explanations. Find out how to identify the factors that make a process irreversible and the ideal conditions for reversibility.
A reversible process is a process in which the system and environment can be restored to exactly the same initial states that they were in before the process occurred, if we go backward along the path of the process. The necessary condition for a reversible process is therefore the quasi-static requirement.
Learn the concepts, examples and conditions of reversible and irreversible processes in thermodynamics. A reversible process is ideal and can return to the original state, while an irreversible process is natural and departs from equilibrium.
14 Jun 2021 · We distinguish between two kinds of irreversible processes. A process that cannot occur under a given set of conditions is said to be an impossible process. A process that can occur, but does not do so reversibly, is called a possible process or a spontaneous process.
A reversible process is a process in which the system and environment can be restored to exactly the same initial states that they were in before the process occurred, if we go backward along the path of the process. The necessary condition for a reversible process is therefore the quasi-static requirement.
24 Nov 2022 · Reversible Process: a process whose direction can be returned to its original position by inducing infinitesimal changes to some property of the system via its surroundings.\(^4\) Reversible processes are ideal processes that are hard to realize in practice since they require transformations that happen in an infinite amount of steps ...
