Law of Gay-Lussac for ideal gases
The law of Gay-Lussac describes the relationship between an increase in temperature and the resulting increase in volume at constant pressure (isobaric process). Learn more about it in this article.
Isobaric process
If...
The process quantities: Heat and work
Work and heat are process quantities that describe the process of a supply of energy ("energy in transit")! Learn more about it in this article.
Work and heat transferred to a substance
Energy...
Internal energy of ideal gases
In ideal gases, the change in internal energy is directly related to the change in temperature. Learn more about the relationships in this article.
Simplified assumptions for ideal gases
In thermodynamics, gases play...
Thermodynamic systems
A thermodynamic system is a confined space of matter (e.g. gas) within which thermodynamic processes take place. The system boundary separates the system from the environment. Learn more about it in...
Calculation of the internal energy for ideal gases
First law of thermodynamics
In the article Internal energy of ideal gases it was explained in detail that in ideal gases only the kinetic energy of the gas molecules exists as internal...
