Work done in isothermal process is greater than work done in isobaric process explain.

In an isothermal process, the temperature remains constant, which means the gas undergoes expansion or compression at a consistent temperature. Work done in an isothermal process is greater than in an isobaric process (constant pressure) because isothermal expansion or compression involves a larger change in volume for the same amount of heat transfer compared to isobaric processes. The area under the curve representing the process on a pressure-volume graph is larger for the isothermal process, indicating greater work done.