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Concepts in thermodynamics

Journal of Thermodynamics & CatalysisOpen Access

Commentary - (2021)Volume 12, Issue 1

Concepts in thermodynamics

Zidan MA*

*Correspondence: Zidan MA, Department of Engineering, Alexandria University, Egypt, Email:

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Abstract

Thermodynamics is that the branch of physics that deals with the relationships between heat and different types of energy, specially, it describes however thermal energy is regenerate to and from different types of energy and the way it affects matter. Thermal energy is that the energy a substance or system has because of its temperature, i.e., the energy of moving or moving molecules, consistent with the Energy Education web site of the Texas Education Agency. Natural philosophy involves activity this energy, which might be "exceedingly sophisticated," consistent with David McKee, a faculty member of physics at Missouri Southern State University. "The systems that we have a tendency to study in natural philosophy … incorporates terribly massive numbers of atoms or molecules interacting in sophisticated ways in which. But, if these systems meet the proper criteria, that we have a tendency to decision equilibrium, they will be represented with a awfully little variety of measurements or numbers. Typically this is often perfect because the mass of the system, the pressure of the system, and also the volume of the system, or another equivalent set of numbers. 3 numbers describe 1026 or 1030 nominal freelance variables

Introduction

The basic thermodynamic principles can be started with the defining of the energy or thermal energy that can be surrounding by the environment the best way to say an example for the energy is gas which is fitted inside the cylinder and that is covered with the lid and that total cylinder or the gas which is inside the lid is like a energy or steam engine. Basically, the entropy or systemic energy is free to interchange the heat or the work and also the other basic forms of the systemic energy which is surrounded by the environment.

The systems energy which is stated or called as the thermodynamics, the characteristics that define the value of the state of energy is independent in their way like the way the system. Everywhere we can apply this thermodynamics states and laws or the principles and in every component the energy or entropy is controlling the atmosphere or the nature. That whose properties are interlinked and has a relation into the system from the state to state. In these thermodynamics the main concept that is revolving is equilibrium. Which is having no tendency or no state of energy? The system of energy can be changed when externally applied force of energy is added to the internal energy for example temperature.

In general example like a balloon which is filled with the external gas and when applying force to blast the filled air or filled energy is is exposed out that is called the external energy or external force. It may be the irreversible or the reversible process and having the equilibrium that can be stated with the direction or the point. When the point of energy or heat is stopped then it is called as the basic temperature Energy is the main point to discuss in this thermodynamic concept, because the basic point of transferring the heat to the body is energy. This energy we can use in everyday life as a mechanical or a potential energy. The work which is applying with force is the frictional force if there is no surface energy or friction force then energy may not do at the time.

The time where the energy may increase more or use more to the system or the particular body in that point the kinetic energy is converted into the potential energy and it remains same or equal to the initial work

Thermodynamics can surround with all the forms of energy or heat which is in different faces, however it may be differ from the other states of energy, the way the conversion of work from the heat is not fully reversible it may be irreversible too. If all the converted energy is stored and used then it is called as the mechanical energy. The energy which is expressed as quantitatively are called as the second law of energy or dynamics.

Acknowledgement

The authors are grateful to the journal editor and the anonymous reviewers for their helpful comments and suggestions.

Declaration of Conflicting Interests

The authors declared no potential conflicts of interest for the research, authorship, and/or publication of this article.

Author Info

Zidan MA*

Department of Engineering, Alexandria University, Egypt

Citation: Zidan MA,*, Egypt (2021) Concepts in Thermodynamics. Journal of thermodynamics and Catalysis 12:1.

Received: 07-Jul-2021 Published: 27-Jul-2021, DOI: 10.35248/2157-7544.21.12.211

Copyright: This is an open access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

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