Osmosis is a reversible thermodynamic process. That is, the direction of water flow through the membrane can be reversed at any moment by proper control of the external pressure on the solution. Contrary to that, mixing a teaspoon full of sugar in a cup of tea is an irreversible thermodynamic...
In thermodynamics, any process that can be reversible is called a reversible process. Here, we'll learn different aspects of the reversible process, including characteristics, examples, and components of the reversible process.Share There are several categories of the division of thermodynamic p...
Is physical chemistry the same as physics? What is a reversible process in physical chemistry? How is chemistry used in astrophysics? Define a physical change. What is quantum mechanics used for? What is weight in physical science? What is the main focus of physical science?
Struggling With Thermodynamics? Get Allen’s Free Flashcards Free ALLEN Flashcards Text SolutionGenerated By DoubtnutGPT The correct Answer is:The engine, in which the process can be retraced at any stage of its operation by reversing the boundary conditions, is called a reversible heat engine. ...
An adiabatic process is a process in thermodynamics which usually refers to no exchange of heat between the system itself and its surroundings neither in their processes of expansion or compression. The adiabatic process can either be reversible or irreversible. Internal energy of this particular ...
Not all physical processes are reversible, especially those that involve significant changes or irreversible actions. 11 How does the concept of entropy relate to the ability to reverse processes? In thermodynamics, entropy is a measure of disorder; many processes that increase entropy (like mixing ...
To understand it in detail, let’s look at the way Carnot’s Cycle is structured. A prior understanding of theSecond Law of Thermodynamics and Entropyis important in order to understand the concepts mentioned below. Carnot’s Cycle is assumed to be a reversible process that happens spontaneously...
According to second law of thermodynamics, the entropy of a closed system never decreases. This means, in a hypothetical reversible process(like carnot engine), entropy may remain constant and in an irreversible system the entropy will increase but in any closed system you will not find any ...
So why is the concept of a reversible process so important? The answer can be seen by recalling that the change in the internal energy that characterizes any process can be distributed in an infinity of ways between heat flow across the boundaries of the system and work done on or by the...
What is liquid liquid phase separation? Liquid-liquid phase separation (LLPS) isa reversible process of a homogenous fluid de-mixing into two distinct liquid phases, one condensed phase and one dilute phase(1). What is miscibility gap in phase diagram?