What is an isobaric process known for?

An isobaric process is defined by its characteristic of occurring at constant pressure. This means that during the process, the pressure of the system does not change, even if the volume and temperature of the system do. This constant pressure aspect is crucial in various thermodynamic situations, such as when a gas is heated or cooled.

In such processes, the work done by or on the system can be calculated using the formula that involves the change in volume and the constant pressure. Thus, while other aspects like volume changes and temperature can vary, the fundamental feature that identifies an isobaric process is that the pressure remains constant throughout. This is why it is essential to understand the definition of isobaric conditions in the study of thermodynamics.