Відео

beautiful

your explaining is good but you didn't show your work how to solve... thank you!

Sir is pathfinder compulsary for jee?

Great explanation sir, please keep these coming !

Hi Sir, thank you so much for posting this question series. I am feeling more confident every week.

Sir this is one of my favorite topics. What a question and way of explanation. Sir, could you please make 5/5 difficulty question video on Rational Dynamics.

The relation for KE of a system of particles can be proved by writing the (vi - vCM)² as a dot product (vi - vCM)•(vi - vCM) and expanding

Plz start a series of last 47 yr jee adv PYQ Chapterwise 🙏🙏

mechanics ke question nhi bante.........plz mechanics adv pyq upload kariye !!

Your videos are always best , solution in many difficulties sir. Thanks a lot for guide me again.

Thank you once again sir. I watch your videos daily. Day N of enquiring do you have an online course I can take?

Amazing sir, thank you. So many concepts cleared with one question and video. Sir do you have some online courses?

Very well explain... nice post... thanks. 👌

This video was incredibly helpful; thank you so much for your clear explanations!

This video helped me a lot; thank you for the clear explanation!

बहुत फंस फंस कर बोलते हो। which is irritating . बीच बीच में unnecessary अ - अ बोलने से भी भाषा कम प्रभावशाली हो जाती है। आपने बहुत बढ़िया ज्ञान दिया है। पर मेरे द्वारा बताए गए उपरोक्त दो कमजोरियों को दूर करने का प्रयास करें।

Sir pls suggest if I should buy crotov too?

Loved your explanation sir.

I have by mistake showed the velocity of the particle v = rω in the rotating frame, but this is incorrect as the particle is at rest in the rotating frame. Once we know the force by the disc on the particle, we will again go to the ground frame to find the power delivered.

Next level question

Why is the charge per unit length on the ellipse not uniform?

Sir Kinetic Energy & momentum in lab frame topic send plz

Correction: Starting around 21:00, when I explain how Q/2b approaches Λ, I call the charge in a length dy, Λ, but really it should be Λdy

Bhadiya keep it up👍👍

Very good explanation 👏

Correcting a small mistake: at 16:10, I have written Vpo in black. To get Vpo, we have to subtract Vo from Vp, and NOT the other way around as I have done, so in everything to the right of Vpo in the equation, O and P should be interchanged.

I did not mention this explicitly in the video, but here we are only looking at uniform (isotropic) scaling of planar bodies.