Isobaric Process Example
There are many examples of isobaric process, at an industrial level and in day-to day life. The best example can be the boiling water and how the state of water changes from one form to another. The atmospheric pressure on water remains constant, the increase in temperature of water leads to the transition of water to steam. Similar example is transition of Ice into Water. When we keep ice in room temperature, heat flows and results in melting of ice into water, while the atmospheric pressure remains constant.
Let us take another Example of Constant pressure, when we take a container filled with gas and close it with a piston which is allowed to move. As you heat the container, the temperature and volume will rise, keeping the pressure constant throughout the process.
Meaning of Isobaric Process
During Isobaric Process, pressure remains constant while other factors like temperature and volume tend to change. Constant pressure is the primary thing in this process which is achieved by exchanging energies. The system may absorb heat or release heat, which results in temperature change.
Numerically, this equation is represented using a formula, which can help in understanding and analyzing the system to make correct calculations and avoid failures. Let’s learn more about Isobaric Process Equation.
Isobaric Process
Isobaric Process is a type of thermodynamic Process that involves constant pressure. The term isobaric is derived from Greek words “iso” and “baros”, which means equal pressure. Isobaric process results in work done when heat is transferred.
In this article, we will learn about the Isobaric Process, understand it with the help of an example, and others in detail.
Table of Content
- What is Isobaric Process?
- Isobaric Process Example
- Isobaric Process Formula
- Work Done by a Gas in an Isobaric Process
- P-V Diagram for Isobaric Process
- Reversible Isobaric Processes