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In a quasi equilibrium process, the pressure in a system
- a)remains constant
- b)varies with temperature
- c)is every where constant at an instant
- d)increase if volume increases
Correct answer is option 'C'. Can you explain this answer?
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Most Upvoted Answer
In a quasi equilibrium process, the pressure in a systema)remains cons...
Quasi-Equilibrium Process
A quasi-equilibrium process is a process that occurs so slowly that the system remains in thermodynamic equilibrium at every instant. In other words, the system is always in a state of equilibrium during the process.
Pressure in a Quasi-Equilibrium Process
The pressure in a quasi-equilibrium process remains constant at every instant. This is because the system is always in equilibrium, and any change that occurs happens so slowly that the system has enough time to adjust to the new conditions.
Explanation
During a quasi-equilibrium process, the system is always in a state of equilibrium. Any change that occurs in the system happens so slowly that the system has enough time to adjust to the new conditions. This means that the pressure in the system remains constant at every instant during the process.
For example, consider a gas in a piston-cylinder system. If the piston is slowly compressed, the gas will have enough time to adjust to the new conditions, and the pressure will remain constant at every instant during the compression. Similarly, if the piston is slowly expanded, the pressure will also remain constant at every instant during the expansion.
Conclusion
In a quasi-equilibrium process, the pressure in a system remains constant at every instant. This is because the system is always in a state of equilibrium, and any change that occurs happens so slowly that the system has enough time to adjust to the new conditions.
A quasi-equilibrium process is a process that occurs so slowly that the system remains in thermodynamic equilibrium at every instant. In other words, the system is always in a state of equilibrium during the process.
Pressure in a Quasi-Equilibrium Process
The pressure in a quasi-equilibrium process remains constant at every instant. This is because the system is always in equilibrium, and any change that occurs happens so slowly that the system has enough time to adjust to the new conditions.
Explanation
During a quasi-equilibrium process, the system is always in a state of equilibrium. Any change that occurs in the system happens so slowly that the system has enough time to adjust to the new conditions. This means that the pressure in the system remains constant at every instant during the process.
For example, consider a gas in a piston-cylinder system. If the piston is slowly compressed, the gas will have enough time to adjust to the new conditions, and the pressure will remain constant at every instant during the compression. Similarly, if the piston is slowly expanded, the pressure will also remain constant at every instant during the expansion.
Conclusion
In a quasi-equilibrium process, the pressure in a system remains constant at every instant. This is because the system is always in a state of equilibrium, and any change that occurs happens so slowly that the system has enough time to adjust to the new conditions.
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Community Answer
In a quasi equilibrium process, the pressure in a systema)remains cons...
A process consists of infinite states. Quasi equilibrium process is one which Thermodynamic equilibrium is present in all such infinite states. In order to achieve this a process needs to be carried infinitly slowly.
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In a quasi equilibrium process, the pressure in a systema)remains constantb)varies with temperaturec)is every where constant at an instantd)increase if volume increasesCorrect answer is option 'C'. Can you explain this answer?
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