Distinguish between isothermal and adiabatic process in detail.
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Isothermal Process
- There is heat transfer in such a process.
- At any given volume, the pressure is more following the ideal gas equation.
- As the name suggests the temperature of an isothermal process remains constant
- From a thermal reservoir near the system, heat can be added or removed from the system, in order to keep the temperature constant.
- Any transformation in such a process is slow
Adiabatic Process
- There is no heat transfer in this thermodynamic process.
- The pressure is less at a given volume.
- Since, there is no transfer of heat, as the internal energy changes the temperature of an adiabatic process changes
- By definition, there is no change in the heat in an adiabatic process and so there is no addition or subtraction of the heat.
- Any transformation in an adiabatic process is fast.
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