Thermodynamics: Ideal gas model

Thread starter koddball
Start date Jan 25, 2021
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Gas Ideal gas Model Physic Thermodynamics

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SUMMARY

The ideal gas model posits that particles do not have air or any other substance between them; instead, they exist in a state of empty space. This model assumes that the volume of the gas particles is negligible compared to the volume of the container. Consequently, interactions between particles are minimal, and they are treated as point masses. This understanding is crucial for applying the ideal gas law accurately in thermodynamic calculations.

PREREQUISITES

Understanding of the ideal gas law
Basic knowledge of thermodynamics
Familiarity with kinetic molecular theory
Concept of particle volume in gases

NEXT STEPS

Research the derivation and applications of the ideal gas law
Explore kinetic molecular theory in detail
Learn about real gases and deviations from ideal behavior
Study the implications of particle interactions in thermodynamics

USEFUL FOR

Students of physics, chemists, and anyone studying thermodynamics or gas behavior will benefit from this discussion.

Jan 25, 2021

koddball

Homework Statement: I have some confusion about the ideal gas model. It would be helpful if you can provide an explanation. Thank you!

Relevant Equations: N/A

Do particles have air in between them in the ideal gas model?

I think the answer is 'no, but I am not quite sure about the explanation. Is it because in an ideal gas model, the volume of the particles is negligible? Thank you.