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High School/JEE/NEET/IPhO Physics | 17-19 Yrs

Rigid Body Dynamics
Rotational-Motion
Duration: 5.17 Min
 
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Moment-of-Inertia
Duration: 7.49 Min
 
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Moment-of-Inertia-of-a-Ring
Duration: 1.31 Min
 
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Moment-of-Inertia-of-a-Disc
Duration: 3.50 Min
 
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Moment-of-Inertia-of-a-Hollow-Sphere
Duration: 5.16 Min
 
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Moment-of-Inertia-of-a-Solid-Sphere
Duration: 3.36 Min
 
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Moment-of-Inertia-of-a-Hollow-Cone
Duration: 4.41 Min
 
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Moment-of-Inertia-of-a-Solid-Cone
Duration: 4.13 Min
 
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Moment-of-Inertia-of-a-Thin-Rod
Duration: 4.31 Min
 
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Axes-Theorem-Perpendicular-Axes-Theorem
Duration: 16.34 Min
 
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Axes-Theorem-Parallel-Axes-Theorem
Duration: 14.42 Min
 
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Radius-of-Gyration
Duration: 4.05 Min
 
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Solved-Example-1
Module - 13 Solved Example-1
Duration: 1.55 Min
 
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Solved-Example-2
Module - 14 Solved Example-2
Duration: 3.29 Min
 
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Solved-Example-3
Module - 15 Solved Example-3
Duration: 4.31 Min
 
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Solved-Example-4
Module - 16 Solved Example-4
Duration: 2.15 Min
 
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Newtons-Second-Law-in-Rotational-Motion
Duration: 9.58 Min
 
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Solved-Example-5
Module - 18 Solved Example-5
Duration: 2.47 Min
 
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Solved-Example-6
Module - 19 Solved Example-6
Duration: 5.07 Min
 
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Solved-Example-7
Module - 20 Solved Example-7
Duration: 4.44 Min
 
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Solved-Example-8
Module - 21 Solved Example-8
Duration: 2.21 Min
 
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Solved-Example-9
Module - 22 Solved Example-9
Duration: 3.28 Min
 
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Angular-Momentum
Module - 23 Angular Momentum
Duration: 17.59 Min
 
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Conservation-of-Angular-Momentum
Duration: 7.25 Min
 
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Solved-Example-10
Duration: 2.37 Min
 
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Solved-Example-11
Duration: 2.53 Min
 
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Solved-Example-12
Duration: 3.25 Min
 
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Solved-Example-13
Duration: 2.35 Min
 
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Concept-of-Angular-Impulse
Duration: 10.39 Min
 
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Solved-Example14
Module - 32 Solved Example14
Duration: 7.32 Min
 
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Solved-Example15
Module - 33 Solved Example15
Duration: 4.03 Min
 
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Solved-Example16
Module - 34 Solved Example16
Duration: 4.49 Min
 
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Solved-Example17
Module - 35 Solved Example17
Duration: 4.48 Min
 
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Solved-Example18
Module - 36 Solved Example18
Duration: 4.40 Min
 
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Analysis-of-Rolling-with-Sliding
Duration: 11.41 Min
 
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Solved-Example19
Module - 38 Solved Example19
Duration: 2.24 Min
 
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Solved-Example20
Module - 39 Solved Example20
Duration: 4.45 Min
 
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Work-and-Power-in-Rotational-Motion
Duration: 7.53 Min
 
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Solved-Example-21
Duration: 3.36 Min
 
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Solved-Example-22
Duration: 4.51 Min
 
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  1.  
    2. Sir is complete content of RBD is given in this playlist or some topics are left
    3 years ago by Jayraj

    Post your answer here

  2.  
    3. sir where is the video related to rotational collisions. topics like hinged and free collisions are included in this course?
    4 years ago by Eklavya Goyal

    Post your answer here

  3.  
    4. sir the torque acting is zero as the com is not moving (as it is at rest) and all forces act through centre of mass so the hinge force balances the friction force overall. CAN YOU PLEASE TELL ME IF I AM RIGHT OR WRONG.and if wrong please give me the explantion for troque being zero
    4 years ago by sanmit kedar
    Ans 1 ->
    module 24 example. I am sorry, posted it here by mistake
    4 years ago by sanmit kedar

    Post your answer here

  4.  
    5. Sir can you advise me what to do after seeing your video lectures. That is, how to strengthen my concepts further as i do not feel confident with some concepts and problems..
    5 years ago by Sanjeev VA

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  5.  
    6. sir there are only 5 months for jee adv and iam not so good with the preparations untill now. will i get enough time to practice sufficient amount of problems for jee after watching all these videos. iam aiming good rank in jee adv for iisc. sir please help me
    6 years ago by Car Nival

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  6.  
    7. sir I never understand how to find M .I. of any body
    6 years ago by Satyavan Pal

    Post your answer here

  7.  
    8. It is nice
    7 years ago by Neelesh

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  8.  
    9. Good
    7 years ago by Venkataramana

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  9.  
    10. sir in which topic coriolis acceleration will be discussed
    8 years ago by HARSHIT SHARMA

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  10.  
    11. Sir there are no lectures on Instantaneous axis of rotation? Can you please upload it...!
    8 years ago by Vivek Sindhwani
    Ans 1 ->
    IAOR is already covered in booster classes... you might have missed these... you need to search for 'Physics Galaxy Booster Classes' in google or wait for re-stream schedule of these classes...
    8 years ago by Physics Galaxy
    Ans 2 ->
    Sir can you post link of PG' rigid body dynamics booster class video if possible It would be a great help
    8 years ago by Vivek Sindhwani

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  11.  
    12. are their no lectures on moment of force or torque??
    8 years ago by Vishal Ray
    Ans 1 ->
    These are there in the topic of Rigid Body Dynamics but the videos will be activated by coming weekend...
    8 years ago by Physics Galaxy
    Ans 2 ->
    Sir Pls upload the videos on torque...!!!!
    8 years ago by Akshunn Trivedi

    Post your answer here

  12.  
    13. sir could you add video lecture of toppling
    9 years ago by harshit sharma
    Ans 1 ->
    Toppling is explained in detail in booster classes...
    8 years ago by Physics Galaxy

    Post your answer here

  13.  
    14. http://i.prntscr.com/a43246800dfa4f61a8671475ba7b2aa6.png Can someone check if the angular momentum is conserved properly or not?
    9 years ago by Satvik Sr
    Ans 1 ->
    acc to me we get w =3v/4a
    9 years ago by Satvik Sr
    Ans 2 ->
    during the action of impulsive forces all other finite forces can be neglected
    9 years ago by Mohammad Akram

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  14.  
    15. We haven't studied torque earlier before......Here Sir is saying that we have already studied torque earlier..... No lecture on torque in all previous lectures.....
    9 years ago by Shantanu Roy
    Ans 1 ->
    Torque is the cross product of force at a particular point and the position vector w.r.t the axis of rotation
    9 years ago by Venkat S Raghavan
    Ans 2 ->
    learn by yourself friend!
    9 years ago by Aditya Gupta
    Ans 3 ->
    u have studied moment of mass naa. torque is nothing but moment of force. that's goodluck boy
    9 years ago by Sangita Kumari

    Post your answer here

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