JEE 2020: Rotational Motion | JEE Sprint 2020 | JEE Main Physics | IIT JEE Mains 2020 | Vedantu JEE

preview_player
Показать описание
Rotational Motion Physics | JEE Main | IIT JEE Mains 2020 | JEE 2020 | JEE 2021 | Vedantu JEE | JEE Physics | JEE Mains 2020 | JEE Main Preparation | IIT JEE Live | JEE Mains Exam | IIT JEE Physics Lectures | JEE Main 2021 | JEE 2020 Strategy | Vedantu Physics | JEE Main January 2020

In this video, you will get to learn some amazing ways to crack the "Rotation Physics" in JEE Mains 2020 exam. No need to memorize!!

➡️ Avail all Exciting Vedantu Courses 🔥 by clicking on the links below 🤑

Watch our new JEE 45 Days sprint session on 'Rotational Motion JEE Physics'. Hey all the JEE Aspirants out there! Mains is approaching and so is your anxiety level! Isn’t it? No worries, Suri Sir, at Vedantu has got your back with today's topic.

🎓 Rotational Motion. IIT JEE Physics. JEE Main Physics. JEE live daily session is here!

Subscribe to our channel now! If you have already subscribed, then do watch our upcoming FREE LIVE Online Classes for JEE Main and JEE Advanced and share it with friends!

#rotationalmotion #jeephysics #jee2020 #learnliveonline #SamajhAyega #MazaAyega

Follow us on Top Social Media Websites:
Рекомендации по теме
Комментарии
Автор

According to physics, suri sir's class is never empty

HangingQueen
Автор

Duniya:Tune rotation ka que.attempt kyun kiyaa
Me: Apun ko jindagi mein kuch daring karne ka tha

UtkarshSingh-xfwo
Автор

Why do I feel like the questions are too easy now but when I attempt questions in an exam I'm not able to solve them

theindiansage
Автор

Hello friends..
Suri sir here..

The correct answer to HW question is option (D) - 4MR^2

BhautikShastra
Автор

I attribute 90 percent of my understanding of the concepts to channels like this

sathvikmalgikar
Автор

Thanks a lot Suri Sir for taking previous year JEE Main questions. Beautiful explanation Sir! Awesome!

isaacjames
Автор

At 26:14, why have we included the MOI of the disk at 2Rdistance. Isntthe formula : MOI(pivot) = MOI(com) + Md^2
And we have not used the MOI again in the 3R distance one

krishmehta
Автор

46:00, question bohot easy hai, angular momentum is in i×j direction that is k and dimensions match krlo

sumitgarg
Автор

1:09:10 a=g sin theta/ 1+ k where is constant in radius of gyration

balrajtavanandi
Автор

YOU AND ALAKH SIR ARE LEGENDS OF PHYSICS ON YOUTUBE..

positiveperson
Автор

Sir in Hoop question, you've taken axis outside the rigid body, while calculating angular momentum, shouldn't moment of inertia be calculated about that outside axis?

spiritualbeing
Автор

45:00 iss q me A and B option to waise hi eliminate ho jaega kyuki diagram me dekhne se pata chal rha ki uski velocity z axis pe hai to angular momentum bhi z axis yaani k cap pe hi rahega...."ELIMINATE THE OPTIONS & RULE"

akshatsaraswat
Автор

Most productive session of physics I have ever seen online in my whole life✍✍

bharatimittal
Автор

Ans. D

Sir, Physics me bhi Theory Revision Series start karwa dijiye sprint classes ke saath jaise maths me ho raha h 'warm up for jee sprint ' Arvind sir ka.
Although today's session was fab. 😊

Rahul-pbhz
Автор

Yoooo
Thank you Soo much sir ❤️❤️❤️❤️
Mukambo kush hua 😁❤️

Aman-oklk
Автор

Sir in ques of AIEEE 2010 we could also check it by direction by using right hand thumb rule that would be -k^ which was only present in opt. D

krishnapareek
Автор

Sir, Awesome session.
Thank you so much.

chandrakantdalal
Автор

See, teachers. IF THE CHAPTER IS HARD, TELL IT, DONT SAY SHIT LIKE ITS NOT EASY AND ITS NOT DIFFICULT. WE ARE NOT KIDS ANYMORE. TELL IF IT IS HARD SO WE WILL PREPARE IT THAT WAY

krishmehta
Автор

first 40 sec i thought it was an ad and i was lokking for skip buttom

parthvlogs
Автор

Question 1 and 2 are quite decent and enough good for practice.

vinodjain