Rotational Mechanics | Pathfinder Solutions | Rotation of Dumbbell Inside Sphere | Three Methods

[@interesting6262]

BEST CHANNEL FOR JEE ADV/ OLYMPIAD PHYSICS ! *Thanks* *sir*

[@DGX739]

Excellent work

[@vonneumann3592]

Very Elegant ones!

[@pratyushkant8663]

Thank you Sir. You are awesome.

[@Fighter_Believer_Achiever]

Thank you very much sir 🥳🥳🥳🥳 I will definitely help you and other teachers like you on youtube when I will be capable enough. 🤞🤞🤞

[@AT-ly7ud]

Thanks sir 🙏

[@Krishna.1829]

Was able to do this question on my own.

[@anithamohan8749]

Luv u sir 💫 great explanation.

[@sanchitmukherjee2410]

Sir take up some new difficult problems of Modern Physics.

[@rushikesh_nale07]

Sir It's Time for New Question Eagerly waiting! 😁💙

[@PhysicswithAkashGoyal]

Yes.... Was not well these days.... Most probably I will post tomorrow

[@rushikesh_nale07]

@@PhysicswithAkashGoyal Stay Healthy Sir💙 Aap hai Toh, Ham hai🙏🏻

[@swamimishra225]

@@PhysicswithAkashGoyal yes sir take care

[@ponnapu]

@@PhysicswithAkashGoyal sir how are you now sir

[@ponnapu]

sir take care sir

[@Pushed2InsanityYT]

Sir i have a doubt...not related to this topic but please help me. Suppose a rod is lying on a frictionless table and we give one of its end a horizontal impulse, then is it true that the rod will rotate abt its center of mass, i mean, how do we know abt which axis it will rotate while also performing translational motion?

[@PhysicswithAkashGoyal]

you can assume rotation about any point as distance between any two points of the rod doesn't change. angular velocity of any point wrt any other point on the rod will be same as well. reasons for choosing CM : It has no acceleration in these cases as it depends on external forces only. other points will have accelerations. its velocity will remain constant but velocity of other points will change with time due to acceleration. CM is a special point with so many nice properties attached with it so our choice is CM.

[@DGX739]

@@PhysicswithAkashGoyal excellent and remarkable ideas

[@shrikantbodkhe2363]

Can we solve this que. by saying that mass at the bottom is doing circular motion wrt mass at the top.

[@PhysicswithAkashGoyal]

yes can be done

[@ashokchoudhary4709]

Sir kvpy ke pyq karva please

[@Prashant-fh6px]

👍👍👍👍👍

[@ananyagupta1677]

sir i often make mistakes in icr... how to recognise if its accelerating or not?

[@rahulraghwani8880]

Sir where can i get same level questions???

[@shailendragoel8454]

U can get it from ur coaching. Which coaching do u go to?

[@manassingh1710]

Pathfinder

[@musicloverr547]

♥

[@yashpriyadarshil7565]

Sir concentric shell problems ,earthing all video wanted

[@PhysicswithAkashGoyal]

Already there in Electric Flux playlist

[@ponnapu]

sir can u plz take up rotation mcq question 10 today sir plz sir

[@Prashant-fh6px]

😃😄😄😁🥰😍😚🤗🤗🤗

[@Prashant-fh6px]

✌✌✌✌👌👌👌👌

[@Prashant-fh6px]

🤗😙😍😚☺

[@tanveer9098]

Sir can you join unacademy plus!?

[@PhysicswithAkashGoyal]

I was rejected by Vedantu on the basis of my teaching video and got NO response from unacademy around two months back

[@karma_kar9623]

@@PhysicswithAkashGoyal sir vedantu wale ko samajh nahi aaya hoga itna tough questions 😂

[@manassingh1710]

@@karma_kar9623 i also think the same....online me sbhi bachhe...painful cheezen nhi lete....aise bachhen kam hi rhte hain...wrna sir ka channel aur famous hota...sayad isiliye vedantu wale nhi liye....

[@tanveer9098]

Sir now your presentation style has improved a lot so please consider retrying????

[@sanchitmukherjee2410]

No need to join these craps. You continue these problems. We are deeply satisfied and grateful to you.

[@Ramesh-ey8fe]

Thank you sir

[@chakradhar5884]

Thank you sir