maxwell's thermodynamic relation(memorise fast)

[@misssagacious5007]

Thanks, finally a video which is really helpful ❤️ thank you, sir.

[@_tasneem7378]

Wowwww🔥

[@bidhankhirali]

Last relation needs correction.. you can do it yourself.

[@sailakshmi2276]

Nice sir

[@mahakallovers211]

wao sir... so nice trick

[@atulj5155]

Sir are you from ignou. I want help with thermodynamic and statistical mechanics. Your videos are very helpful. Thanks.

[@jatinbhatt7826]

Hello bidhan ! Please post a vedio about constant of motion and finding lagrangian of given system.

[@bidhankhirali]

kzbin.info/www/bejne/f6C2q5KNYpeLb7s

[@bidhankhirali]

jatin see this video.. it will help you...i will also make some videos..

[@bidhankhirali]

in simple words!!!! newton's first law says when no external force is there on abody then velocity remains same through out the journey so velocity is aconstant of motion.. see also that p=m × v will also same throughout the journey.. so momentum is also a constant of motion called conservation of linear momentum... we also know that planets around sun have same angular momentum at each time while revolving.so it is a constant of motion and called conservation of angular momentum..

[@bidhankhirali]

also for a body falling under gravity..velocity changes(not cnst of motion) so momentum is also changing(not const of motion) but in this motion total energy(k.e +p.e) doesnt change (so its a constant of motion) similarly in this motion acceleration is same 9.8 (so cont of motion) thus any physical quantity can be checked out and all these changing are seen with respect to time

[@jatinbhatt7826]

And thanks a lot for sharing such a valuable video :)

[@tanujavashistha8226]

Aap physics k Sare subject karwao electronics b

[@mirror4327]

Nice

[@harshrathore5794]

Thanks sir

[@romygarg3140]

Last two relations are same

[@priyankahansda3813]

last relation is confusing u wrote down letter first

[@bidhankhirali]

Yes, ...try and you will do it

[@priyankahansda3813]

@@bidhankhirali yes sir i already did thanku

[@lsairani1177]

wrong abba