Circular Motion | Vertical Circular Motion | Complete REVISION for JEE Physics | Mohit Sir (IITKGP)

Timestamp
00:00 Introduction
00:16 Topics to be discussed
01:21 All links for Revision series
01:56 Kinematics of Circular Motion
06:14 Radius of Curvature
11:28 Relative Angular Velocity
14:07 Uniform vs Non-Uniform Circular Motion
15:42 Non-Uniform CM (alpha Constant)
18:09 Non-Uniform CM (alpha Not Constant)
20:40 Centripetal Force
23:55 Conical Pendulum
25:39 Centrifugal Force
31:30 Dynamics of Vertical Circular Motion
36:25 Vertical CM of a Pendulum Bob
43:40 Vertical CM of a Light Rod Pendulum
45:14 Vertical CM inside a Circular Track (2 Numerical)
52:14 Vertical CM outside a Circular Track
55:44 Vertical CM inside a Circular Tube
57:27 Banked Roads
57:52 PYQs Links

Circular Motion One shot
Centripetal Force
Centrifugal Force
Vertical Circular Motion
Normal Acceleration
Tangential Acceleration
Vertical Circular Motion in a Circular Track
Revision Checklist of Circular Motion
Revision Checklist of Vertical Circle Motion

Every year many questions of circular motion are asked in JEE Main, JEE advanced and NEET. Based on analysis of past 18 years papers we can state that maximum questions are asked from Mechanics were from either circular motion or rigid body dynamics. This video of circular motion checklist covers all possible concepts on which questions can be framed on this topic of mechanics and every such concept is covered in this physics video lecture by Mohit Sir. Students also suggest that it happens to be the best Circular Motion Crash Course for upcoming JEE Main & NEET attempt.

Most important sections in this topic are horizontal circular motion of a conical pendulum, vertical circular motion of a pendulum bob, centripetal force, centrifugal force, normal and tangential acceleration and clear understanding of uniform and non uniform circular motion. Watch this video checklist for revision of JEE and NEET to cover every bit of the essential topic of circular motion.

Mohit sir is covering concepts related to all types of questions expected for jee main and neet for the topic of circular motion in just about 55 minutes.

#CircularMotion #VerticalCircularMotion #Eduniti #JEE2022 #JEEPhysics #IITJEE #Motion #JEEMain #Physics #Class11 #Revisionchecklist

About Faculty-
Completed Bachelors and Masters from IIT Kharagpur. Having an experience of +4 Years in teaching I reckoned the urge within me to help students appreciate the subject by delivering the toughest concept in simplest manner through practical demonstrations and visual aids.

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[mohitgoenka]

Even if studying for 1st time, this video is going to be magic for you all. Do give a thumbs up 👍👍👍
*Revision Video Links*

[shreyanshpatel]

Timestamp
00:00 Introduction
00:16 Topics to be discussed
01:21 All links for Revision series
01:56 Kinematics of Circular Motion
06:14 Radius of Curvature
11:28 Relative Angular Velocity
14:07 Uniform vs Non-Uniform Circular Motion
15:42 Non-Uniform CM (alpha Constant)
18:09 Non-Uniform CM (alpha Not Constant)
20:40 Centripetal Force
23:55 Conical Pendulum
25:39 Centrifugal Force
31:30 Dynamics of Vertical Circular Motion
36:25 Vertical CM of a Pendulum Bob
43:40 Vertical CM of a Light Rod Pendulum
45:14 Vertical CM inside a Circular Track (2 Numerical)
52:14 Vertical CM outside a Circular Track
55:44 Vertical CM inside a Circular Tube
57:27 Banked Roads
57:52 PYQs Links

[jethalalgada]

This channel will definitely cross 100k before jee 2022

[MadLad]

revision pointer
1)radius of curvature formula, also, eg-: a projectile at angle theta, at a certain point in its motion, assume it has velocity v and angle alpha, then the accn perpendclr to velo is g cos alpha, and v cos alpha=u cos theta, put the terms in formula, get ans
2) relative angular motion, omega= V rel/r, ensure that the Va and Vb are perpendicular to the line AB, if not, take components
3)in non uniform cm, 2 cases, alpha constant, alpha not constant, in alpha constant use eqns of motion, in alpha not constant use integration

[devarshibalu]

The highest quality content on youtube ... Even if i say thanks for infinite times it will not be enough

[aspirant_IIT-KGP]

Note for my future reference-
ROC = v² (tangential to curve)/a (perpendicular to v tangential) or (1+y' ² ) ³/y"

Ver circular motion (theta at which body brks of the circular motion constraint)
when √2gR<v<√5gR, cos theta (with vertical ) =u²-2gr/3gr
when body is kep on ulta curves surface cos theta ( with vert) = u²+2gr/3gr
baki everything is alright! 😁👍

[rubykalra]

14:00 answer h is pi/3 first we calculate radius of second using Kepler laws and then w1 w2 using w=2 pi/T and then relative w =v2-v1/r2-r1 in postive value

[Jay.]

This channel is still best for JEE 2024!! Thank you so much sir

[dakshmishra]

55:57 for convience we can also remember theta=cos inverse(2/3)= 48 degree

[ThisIsFishaan]

36:12 it should be KE(FINAL)-KE(INTIAL),
so it's should be 1/2mvb²-1/2mva²

[parthkabra]

Dude is teaching when he is not well and yet not ranting about it ❤

[princedhakad]

Sir ji ab me kya hi bol du ...bolne ko bhut kuch hai...
Itna bada CHP. Just in 58 min with coverage of each nd every single topic ...
Love u ♾️❤

[PriyaKumari-fzek]

Sir your way of explaining the problem and animated topics is so good Thankyou so much for this video ❤️

[SweetyBharti-dhdy]

Ans to projectile ques is ra=(ucos i+usin j)²/g=u/g
Rb=(ucosi)²/g

[RahulSingh-rnmm]

When I searched for circular motion, youtube recommended me this video on the top .

[itsmanjeet]

Yeah! This is incredible!!!..
All Qs Hcv circular motion done, all pyq of COM done!! .. Love u sir for this content and rhythum provided in videos and your explanation and 😘😘😘😘😘 Love u sir

[ankitpurkayastha]

Absolutely loving it I am sure, if you regularly post these kind of content this channel will reach 1M subscribers in just one to you sir for your efforts

[shaswatshourya]

Sir aisa video on circular motion kbhi nhi dekha
-> Animation @45:20 🙏
-> I've never read the concept @55:47😍

😍🙏

[wackygamerz]

Next level explanation sir. Everything is clear . These revision videos are literally a boon

[chauhanchetanbhai]

The reason for scoring more than 80 plus marks is eduniti