Sir if possible please take full lectures on yt, as there are very very few teachers on yt who teaches upto advanced level. And your explanation is next level. You can take one shots or complete one chapter in 4-5 lectures as per convenience.
Maine bhi yahi socha sir, but ek aur baat hai, agar dono point masses centre pe hai toh unpe centrifugal (pseudoforce) force toh lagega hi nahi aur wo centre se door hi kyu jayenge
Sir please solve this question A particle of mass m=1kg collides with the end with velocity v0=6m/s−1 of a spinning rod of mass 2m and length l=1m at the end of the rod. If the coefficient of restitution of collision e=(2/3), find the a. velocity of the particle b. angular velocity of the rod just after the impact.
Sir if possible please take full lectures on yt, as there are very very few teachers on yt who teaches upto advanced level. And your explanation is next level. You can take one shots or complete one chapter in 4-5 lectures as per convenience.
Maine bhe same socha tha 3R/5 jo apne explanation diya
Nice 👍🏻
Maine bhi yahi socha sir, but ek aur baat hai, agar dono point masses centre pe hai toh unpe centrifugal (pseudoforce) force toh lagega hi nahi aur wo centre se door hi kyu jayenge
Just close to center
By the way good thought
Sir we need nms sir lectures on hard topics for conceptual clarity 😊❤❤❤
We are planning for the same. Will come up with it soon.
NMC sir is good teacher
Sir this type of question Is also arrived in subject exam of IIT JEE usma angular velocity and Velocity hi puchi thi
I had the same thought as the second explanation
Sir please aap potentiometer pe lecture laiye 👏👏👏👏
Surely
Want full lecture type from nms sir ❤
We are planning for the same. Will come up with it soon.
NMS rockss🎉🎉🎉🎉🎉❤
Sir kya pta dono surface rough ho aur alag alag roughness ho
Exactly
to be honest mene bhi jab ye question pdha tb mene bhi yhi socha tha ki same dstance hi to jaaenge...
Sir please solve this question
A particle of mass m=1kg collides with the end with velocity v0=6m/s−1 of a spinning rod of mass 2m and length l=1m at the end of the rod. If the coefficient of restitution of collision e=(2/3), find the
a. velocity of the particle
b. angular velocity of the rod just after the impact.
Spinning rod ? About which point was it initially rotating or at rest?
Is it hinged or free?
@@Lovenmssir nothing given
@@Lovenmssirright