canonical transformation concept.....

[@bidhankhirali]

Plzz note that at the end it's actually canonical transformation of x & y with respect to p & q but its not canonical transformation of p & q

[@preetikumari118]

Hey why stopped making video this is really helpful pleaseeeee continue or start making video csir net this is really usefull for us who need some good one who explain these topics in very easy way please

[@kaursingh637]

very good --please solve one example

[@tayyabanawaz5265]

This was not enough...

[@sharontirkey544]

What is that difference between old and new Co ordinate?

[@tayyabanawaz5265]

Before transformation the coordinates are old one and after transformation they are known as new one. Old ones are those from which you want to transform into other ones.

[@tanujavashistha8226]

Can u cover all syllabus of net physics plz

[@kevinfung6697]

Thank you very much for clearing my doubt through this great video!!! Keep it up!!!

[@account1307]

Is this a transformation between reference frames, or is this a transformation of the Hamiltonian from one point in time to another?

[@jatinbhatt7826]

Thank you sooooo muchh bro. I was looking for it since 2 years but no one gave me satisfactory explanation but you did. Keep it up bro you are doing a noble job. God bless you ☺

[@93katwal]

Plz a video on phase space dynamic

[@Abhikumari17]

Given that the linear transformation of a generalized coordinate q and the corresponding momentun p,. Q= p +4ap, P=q+2p. It is canonical then find the value of the constant "a". Plz sir solve this quest( msc physics previous ques..)

[@ajphysicsdomain5429]

Sahi h bro..

[@ravibbnagar]

sir plzz aap csir net ke liye kon kon si books follow karni chaiye

[@dm3248]

thanks!!

[@Matchless_gift]

Helpful

[@account1307]

I this applies to trajectories AND frame transformations :)

[@Guptaamanraj]

👍👍👍👍☺️

[@mfoucault1984]

in minute 7:01 its a total derivative.. d/dt the rest of the video is good.