THE BOUNCING HOOP CHALLENGE| IRODOV 1_165| ROTATIONAL MECHANICS

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Most Irodov Solution Books Have Not Given a Correct Solution to This Problem ... Here, I have given a rigorous correct solution ... Hope you will find this video Useful...
A small body A is fixed to the inside of a thin rigid hoop of radius R and mass equal to that of the body A. The hoop rolls without slipping over a horizontal plane; at the moments when the body A gets into the lower position, the center of the hoop moves with velocity vo. At what values of vo will the hoop move without bouncing? (Assume that surface is sufficiently rough)
  1. IIT JEE, Olympiad and AP Physics With Ambarish
  2. ROTATIONAL MECHANICS
  3. IRODOV 1.265
  4. AMBARISH
  5. INSP
  6. PHYSICS SIR JEE
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Комментарии
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Thanks a lot sir For such an opp explanation for such an opp question

tridibeshsamantroy
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Sir I am from fiitjee faridabad and I have heard a lot about you from ravi Prakash balwada sir he also teaches at very good level

ydc-vhhm
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Respected sir your vedios really fruitful for physis . Kindly make some solved problems vedios on alternate current phasor in complex circuit without using complex numbers . Also make vediso on worl done pushing ball in liquid fluid mechanics

pankaj.
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Sir I also did this question and understood the pain and the reason why you were taking about the legamacy of the

keshav
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Sir i had a doubt if I failed in 12th board 2022 and rejoined in a very dummy college and continuing my preperation and passed the 12th board in 2023 and if got a nit but not iit .then do I have a chance of taking drop and re attempting for iit in 2024

insanewarrior
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Sir plz clarify my one dbt , in velocity of efflux V=√2gH. And pressure just inside the whole = roh.gH from Bernoulli equation. , But if I use force equation then P.a=F=dm/dt.v and dm/dt=roh.a.v and. P=2roh.gH. Aarha toh sir ek hi point pe do pressure kyu aarhaa alag alag eqn se

RaushanKumar-vhhz