Rolling and Slipping

[@biswaruppramanik2007]

This video deserves 1M views. All JEE and NEET aspirants would find their concepts much stronger after watching this video.

[@nterbeastro-slayers9528]

Believe me I never thought this non appealing thumbnail can hide behind it something like this
This is pure gold
I can't explain for how long I was looking for a video like this
Truly thank you

[@fequalsma]

Happy you found the animation useful.
Thanks for letting me know.
For what it is worth, I have changed the thumbnail. Hope the new one is slightly more appealing.

[@pitchforkbenvinaigrette9588]

I was looking for such an animation for an year.. Why Didn't i find it earlier. So well made. Thankyou

[@nikhilmewada5681]

Simple and precise animation that explains the crux of the concept......simply genius👍👍👍👍

[@fequalsma]

Thanks! Happy to hear it was useful to you. Please try this link for an improved version.
www.surendranath.org/GPA/Kinematics/Roll/RollVO.html

[@test-qt2840]

I came across Slip Rolling while checking Aristotle's paradox. To check what slip rolling is I saw your video. A very good explanation by you. Thanks.

[@zeeshantaslim3845]

Awesome video.. not only for students but for teachers like me as well.. Thank you very much Sir..

[@fequalsma]

Thanks! Happy to hear it was useful to you. Please try this link for an improved version.
www.surendranath.org/GPA/Kinematics/Roll/RollVO.html

[@lakshmananparthasarathysub8354]

This sir knows the value of time ♥♥♥

[@AsymptoteBeing]

Great animation
Summary:
If linear velocity = radius x angular velocity then it's rolling
Whereas if it's not equal then it will lead to slipping also along with rolling

[@fequalsma]

Slipping does not happen if
Linear velocity = radius × angular velocity
In the animation radius is 1 unit.

[@AsymptoteBeing]

@@fequalsma thanks for telling , I appreciate it, I have edited the comment . Is it right now ?

[@fequalsma]

@@AsymptoteBeing Yes, please!

[@kavitapabelkar9631]

Very well explained, Thank you !

[@MANOJVERMA-ft2jh]

sir thanks mai kafi deno sa gear ka basic fando ko samjan ki koshis kar raha tha ki point of contact ma velocity zero kasa hota hai par aap ka ise video ko dekhana ka baad mera funda clear ho gaya

[@faisalal-aseeri6924]

thanks Dr.Abdullah for leading us to this video

[@harry333]

Great work...needed more videos like this🎉🎉

[@alokpandey1682]

beautifully explained.....effortlessly💖💖🏹🏹🏹🏹✅✅✅✅

[@AadarshhNEET]

Very Helpful! ☺😊😊

[@cht5086]

Excellent animation! Thanks!

[@funnyconceptsi3919]

Amazing .. pls sir continue uploading videos of all important concepts

[@yshirisha]

Great Video

[@_Spread_Positivity_]

Good explanation with Animation

[@RajeshKumar-fo3zh]

Fantastic explanation this video clear my all doubt 🙏🔥🔥

[@fequalsma]

Glad to hear that

[@Arya20012]

Great sir

[@_unax__5641]

great video, made me understand

[@fequalsma]

Glad it helped

[@mohankumaar4305]

Awesome sir!

[@1d438]

In rolling without slipping , does more than one point of body comes in contact with the same point in surface?

[@priyam6496]

No

[@navkhr352]

Actually there's very small area that comes in contact which we assume as a point......read hcv to understand better

[@malikarub8145]

Amazing

[@sheikhnumaan37]

much needed

[@deekshithpatel6759]

U just improved my jee rank by 500!!

[@giftonpaulimmanuel146]

oh wow

[@johannadsouza439]

Thankyou so much!

[@sudhanshudey758]

Wow sir thanks

[@perfectlord1574]

thanks

[@manavgandhi1891]

Thank you sir

[@sayantamchakraborty504]

on point explanation....thank u sir

[@chandansahu004]

Great 👍

[@nafeesalam7929]

Thank ❤🌹 sir.

[@fequalsma]

Please check this out.
www.surendranath.org/GPA/Kinematics/Roll/RollVO.html

[@physicsconceptsbytusharkha7638]

Thankyou sir

[@bushraakram2535]

👍🏻👍🏻👍🏻

[@zainabhussain3887]

✨✨

[@higgsboson67]

Tq sir

[@giftonpaulimmanuel146]

tq

[@indian5845]

Who is here after pt sir

[@fequalsma]

pt ???

[@indian5845]

@@fequalsma pragyesh taparia sir ex Allen faculties