Mister T said:
A slowAurelius120 said:
A dramatic example would be an explosion.Aurelius120 said:
An irreversible isothermal process is a thermodynamic process that occurs at a constant temperature and is irreversible, meaning that it cannot be reversed without affecting the surroundings. In this process, the system exchanges heat with its surroundings while maintaining a constant temperature.
In an irreversible isothermal process where external pressure is not provided, work can still occur through other means such as expansion against a vacuum or through other external forces acting on the system. Work is defined as the energy transferred to or from a system by means other than heat transfer.
Not providing external pressure in an irreversible isothermal process can lead to changes in the system's volume and pressure, affecting the work done by the system. It may also result in different thermodynamic properties and behaviors compared to a process where external pressure is provided.
The efficiency of an irreversible isothermal process can be affected when external pressure is not provided, as the lack of pressure control can lead to inefficiencies in work output. Without external pressure, the system may not be able to perform work as effectively, resulting in lower efficiency compared to a process with controlled external pressure.
While an irreversible isothermal process with no external pressure may not be ideal for all practical applications, it can still be useful in certain scenarios where specific thermodynamic conditions need to be studied or simulated. Understanding the behavior of such processes can provide valuable insights into thermodynamic systems and processes.