Lattice Models (Energy Transfer)

Lattice models can be used not only for the position of molecules, but also for their energies.

[@ruslanhesenov6825]

Keep up the good work!

[@PhysicalChemistry]

Thanks for the encouragement!

[@Praxis_by_tanay_pingalkar]

I guess these results of probability sort of explain why the graph of maxwell distribution of molecular speed from school tends towards infinity i.e a gas can have very few molecules with very high velocity.

[@PhysicalChemistry]

Sure, you could build a lattice model to ask how probable a particular velocity vector is. Although with the (significant) complication that not every lattice site is equally probable. If you want more information about where the Maxwell distribution comes from, try this video: kzbin.info/www/bejne/goHEmKqniL9_ntE

[@mortezakhoshbin]

THanks alot ❤️.if im right i think at 8:26 it is correct if dimensions of two boxes are the same.by having different dimensions it cant be said the equal number unit of energy will be spread between two boxes. the bigger one has more ( by assuming an isolated system which is isolated from the environment like air)

[@PhysicalChemistry]

Yes, that's exactly right. The energy will only be split equally across the two halves of the system if they are the same. What **is** always true is that the entropy will be maximized.

[@mortezakhoshbin]

@@PhysicalChemistry ❤️❤️❤️

[@g1a18]

thanks continue

[@PhysicalChemistry]

I will, thanks for the support

[@OneAboveALL-ud3un]

well done

[@PhysicalChemistry]

Thanks

[@siddharthaarava4661]

guess i will get a reply then

[@myviews214]

but from my side brdr