Equation of state, temperature, and pressure in molecular dynamics simulations

[@CsquaredChemicalEngineering]

It's amazing that this derivation explains the ideal gas law so beautifully. That in the absence of intermolecular forces, the expression reduces to the ideal gas law.

[@hamdanisoumia2777]

Thank you very much ....we need another video don't stop giving help on this area....your method is extremely helpful.

[@moyassarmeshhal6696]

This is a brilliant way to simplify such complicated subject!
please, keep making videos like this

[@workren9407]

This is a very nice turorial on the virial and its relation to presure the temperature, very clear explanation, thank you.

[@tanh7527]

very nice and clear presentation.

[@prbose]

Thanks for the detailed explanation. I had one question, can i calculate the pressure of the system in the same way if the system is composed of multiple phases (a portion is solid, another portion is gas)?

[@hingiesmonisha3038]

Thank you so much. It is really excellent lecture.great job

[@Babayagagaming051]

Thanks a lot for this genius way if teaching.

[@angelo4222]

Thanks :)

[@nurrohmannurrohman1280]

I still dont understand why the first term is zero.

[@fede9603]

if the velocities and positions are decorrelated, on average their scalar product should be zero