Even if studying for 1st time, this video is going to be magic for you all. Do give a thumbs up 👍👍👍 👉 Circular Motion PDF Notes - bit.ly/3zK2pWb *Revision Video Links* Unit & Dimensions th-cam.com/video/wdd-wlZF4Hk/w-d-xo.html
Vernier Caliper th-cam.com/video/pVoN045dV8I/w-d-xo.html Screw Gauge th-cam.com/video/gYd2PtmZ0mw/w-d-xo.html Kinematics_Motion in 1d th-cam.com/video/U4NNxFaFliE/w-d-xo.html Kinematics_Motion in 2d th-cam.com/video/4_Zo5WhMf7w/w-d-xo.html Laws of Motion th-cam.com/video/7JlR8gNRQIs/w-d-xo.html Friction th-cam.com/video/Rn1bLst7eGk/w-d-xo.html Work Energy Power th-cam.com/video/kjrXoE-kDI8/w-d-xo.html Circular Motion th-cam.com/video/KnFymKHlkT0/w-d-xo.html Centre of Mass th-cam.com/video/ads35RKD618/w-d-xo.html Cons of Momentum & Collision th-cam.com/video/3f0u4L-lyyw/w-d-xo.html Rotational Motion_Part 1 th-cam.com/video/O6j1mLp06XI/w-d-xo.html Rotational Motion_Part 2 th-cam.com/video/OHni1DRdfAQ/w-d-xo.html Rotational Motion_Part 3 th-cam.com/video/qugIqfYRCrk/w-d-xo.html Gravitation th-cam.com/video/rAj2huLVaEk/w-d-xo.html Properties of Solids th-cam.com/video/gSXxjk89l_c/w-d-xo.html Fluids Statics (Part 1) th-cam.com/video/RFKx9B9yo3M/w-d-xo.html Fluid Dynamics (Part 2) th-cam.com/video/Y717vQpUEJQ/w-d-xo.html Fluid Properties (Part 3) th-cam.com/video/V8xUWWK2oT0/w-d-xo.html Simple Harmonic Motion th-cam.com/video/RIb7ofNG09I/w-d-xo.html Thermal Properties th-cam.com/video/OYjjyPIzddE/w-d-xo.html Heat Transfer th-cam.com/video/PyNboHgtYzM/w-d-xo.html KTG th-cam.com/video/XO1tvFhIa0I/w-d-xo.html Thermodynamics th-cam.com/video/iz_kf1jRDRw/w-d-xo.html Wave Motion -Organ Pipes and Resonance Tube th-cam.com/video/fB7pfJ77za8/w-d-xo.html Wave Motion - Doppler's Effect th-cam.com/video/9-BxOaamnwg/w-d-xo.html Electrostatics th-cam.com/video/3stXbGRMcrk/w-d-xo.html Capacitors th-cam.com/video/EXEiickNUkY/w-d-xo.html Current Electricity th-cam.com/video/gm8FUfjrX18/w-d-xo.html Moving Charges and Magnetic Effect of Current th-cam.com/video/ULD2Ok1CGJk/w-d-xo.html Earth's Magnetism th-cam.com/video/a4CT5uVwAK4/w-d-xo.html Magnetic Properties th-cam.com/video/63cwdYXNlYE/w-d-xo.html EMI th-cam.com/video/puVavm_GFRM/w-d-xo.html Alternating Current th-cam.com/video/74dTY-pzM_o/w-d-xo.html Ray Optics th-cam.com/video/BhnyTWzIlBA/w-d-xo.html Wave Optics Part 1_Interference th-cam.com/video/LG5nlE8XTeI/w-d-xo.html Wave Optics Part 2_Diffraction_Polarization th-cam.com/video/ymMyyJGGqnY/w-d-xo.html Optical Instruments th-cam.com/video/OQssbDH0A4I/w-d-xo.html Electromagnetic Waves th-cam.com/video/bcVXgEkyQZY/w-d-xo.html Semiconductors_Basics + Zener Diode th-cam.com/video/_A2JomQ7-50/w-d-xo.html Semiconductors_Transistors th-cam.com/video/psDwl84Nzb0/w-d-xo.html Semiconductors_Logic Gates th-cam.com/video/pZdQAzLbFTo/w-d-xo.html Communication Systems th-cam.com/video/8NgMqK9X79Y/w-d-xo.html Modern Physics_Part 1_Atomic Physics th-cam.com/video/9VKUnE3mpHk/w-d-xo.html Modern Physics_Part 2_Photoelectric Effect th-cam.com/video/24oTQp84jrk/w-d-xo.html Modern Physics_Part 3_Dual Nature of Light th-cam.com/video/0zoR_saMAQY/w-d-xo.html Modern Physics_Part 4_Radioactivity th-cam.com/video/AdX3YBhQyog/w-d-xo.html Modern Physics_Part 5_Nuclear Physics th-cam.com/video/VDWqVahGixc/w-d-xo.html Modern Physics_Part 6_X Rays th-cam.com/video/dSHXdzX7NX0/w-d-xo.html
Sir ik it’s hard to do soo much for us and I am very thankful to u but I hv a req that can u plsssss start that (best questions revision test) it will be really helpful
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
@@RahulundiIitian2024 are bhai sahab Maan gye tumhe....... Bhai tumne Bina video dekhe hi comment kr diya lgta hai 🤣🤣🤣.......agr video dekhi hoti to pta hota ki sir ne phle se har 1 topic ka time stamp de rkha hai...... 😂........video start kr le 1 baar dekh le atleast fr aa jaaiyo comment me.......agr video dekhi hoti to tu bhi hamare jaisa hi comment krta..... 🤣
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
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
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 alots..... 😘😘😘😘😘 Love u sir
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
Absolutely loving it sir..... I am sure, if you regularly post these kind of content this channel will reach 1M subscribers in just one year......Salute to you sir for your efforts
Just completed sir, I've never experienced such content dense material and the fact that you explain it so well makes it extraordinary. Thank you so much sir 🙏🏼
SIR I GOT TO KNOW ABOUT YOUR CHANNEL A FEW DAYS BACK AND I JUST WANT TO TELL U THAT YOU HAVE EXPLAINED EVERYTHING VERY CLEARLY AND IN A DESCRIPTIVE MANNER I WAS NOT ABLE TO SOLVE NLM FRICTION AND CIRCULAR MOTION PROBLEMS DUE TO LACK OF CONCEPTUAL KNOWLEDGE BUT NOW I AM ABLE TO CONNECT THE DOTS A BIG THNX TO U ....
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 ♾️❤ sir.....
Sir If I have not studied a particular chapter #Can I cover that chapter from your one shot series instead of watching 8-10 hrs one shot lectures 😢😢😢pls tell guruji🙏🙏🙏🙏
Thankyou so much sir for sharing this beauty of Physics with us . Found your channel last month and it is acting like a boon for me. Trying my best to solve the challenges as fast as I can .Once again thankyou sir for helping so much.
Sir u r the one who increase the level of interest of mine in physics day by day n also increases my confidence in solving pyqs.... when i see ur short rev. series automatically so many blessings gives out to u from my mouth... n i'm very thankful to u 😄.....i love this thing that u take care of aspirant's time ...
Preparing for April 23 attempt, love the content, it would be great for me if I approach this channel in my 2022 attempts but unfortunately not, but patience makes you up...
Sir i have a doubt!! If a ceiling fan is turned on it will rotate about its axis .... now to stop the fan forcefully and easily where should we apply the force and in which direction ( the que is about stopping the fan easily,fastly not safely and the angular speed of the fan is not high enough to hurt our hands) I think that we should apply force at the end of fan wing,opposite to the direction of angular speed Sir what do you say??
You are right, can be expressed greatly once you have learnt about torque in rotational motion. Since torque depends upon distance from rotation of axis and angle made with the rotating blade, so you should apply force at the end of wings and perpendicular to them for maximum deceleration.
That amazing music at the ends kills all the feeling of tiredness and makes me feel like I've defeated the demon called "Circular Motion" and at the same time motivates to go further and defeat other demons also... Thank you very much sir.
Sir I have one question You make videos , you learn about topic and record it Sir How do you manage time eduniti upload 2 to 4 videos per week!!! + sir also you reply to comments ( I really love that you reply to everyone)? Can you also tell us HOW TO MANAGE TIME TO BE MORE EFFICIENT.?? Thank you for being there for us Thanks for revision I was revising circular motion.
Thanx for asking relevant question. 1. I generally upload 5-6 videos per week some times it goes to 7 also. 2. Apart from TH-cam I also take several classes through Zoom 3. I am able to do soo much due to extreme planning. 4. I plan next 24 hrs before only and try achieve that.
That animation in the last part of video was unexpected for me... i was thinking that only the formula and explanation will be given... Really helpful as it eases to learn and understand situatikn...
even in the last few days as the pressure is building up, revising through these videos still makes me believe it'll all be okay. calm feeling aati hai sir jab aap itne acche se explain karte ho, panic disappears.. hope i can maintain this mindset in the exam too (left: outside a circular track and inside circular tube) 2:40 when two types of change is possible, 2 types of acceleration becomes possible
sir you being an iitian taking out time to reply those students, who are working hard, to make their preparation easier.......................... iam sure there are very few number of people who are like you sir . we all thing like after getting into iit who will focus more on studies , most of the students mind tend to do some creative things , innovation or someting. for us what seems enough is looking at your sincerity, that's how an iit makes a student...HATS OFF sir i admire you for my preparation. thanks a lot sir.
I cannot understand anything about vertical circular motion in offline classes. you explained it sooo beautifully ❤ that i m feeling soo satisfied 😌😌 . Thanks sir 🤩
Sir can i use the pdf of these revision notes as my short notes? Mains is just few days away and I've not made any short notes yet. I literally love how you specified all the details minutely in this video. I was looking gir a revision video like this❤
Even if studying for 1st time, this video is going to be magic for you all. Do give a thumbs up 👍👍👍
👉 Circular Motion PDF Notes - bit.ly/3zK2pWb
*Revision Video Links*
Unit & Dimensions th-cam.com/video/wdd-wlZF4Hk/w-d-xo.html
Vernier Caliper th-cam.com/video/pVoN045dV8I/w-d-xo.html
Screw Gauge th-cam.com/video/gYd2PtmZ0mw/w-d-xo.html
Kinematics_Motion in 1d th-cam.com/video/U4NNxFaFliE/w-d-xo.html
Kinematics_Motion in 2d th-cam.com/video/4_Zo5WhMf7w/w-d-xo.html
Laws of Motion th-cam.com/video/7JlR8gNRQIs/w-d-xo.html
Friction th-cam.com/video/Rn1bLst7eGk/w-d-xo.html
Work Energy Power th-cam.com/video/kjrXoE-kDI8/w-d-xo.html
Circular Motion th-cam.com/video/KnFymKHlkT0/w-d-xo.html
Centre of Mass th-cam.com/video/ads35RKD618/w-d-xo.html
Cons of Momentum & Collision th-cam.com/video/3f0u4L-lyyw/w-d-xo.html
Rotational Motion_Part 1 th-cam.com/video/O6j1mLp06XI/w-d-xo.html
Rotational Motion_Part 2 th-cam.com/video/OHni1DRdfAQ/w-d-xo.html
Rotational Motion_Part 3 th-cam.com/video/qugIqfYRCrk/w-d-xo.html
Gravitation th-cam.com/video/rAj2huLVaEk/w-d-xo.html
Properties of Solids th-cam.com/video/gSXxjk89l_c/w-d-xo.html
Fluids Statics (Part 1) th-cam.com/video/RFKx9B9yo3M/w-d-xo.html
Fluid Dynamics (Part 2) th-cam.com/video/Y717vQpUEJQ/w-d-xo.html
Fluid Properties (Part 3) th-cam.com/video/V8xUWWK2oT0/w-d-xo.html
Simple Harmonic Motion th-cam.com/video/RIb7ofNG09I/w-d-xo.html
Thermal Properties th-cam.com/video/OYjjyPIzddE/w-d-xo.html
Heat Transfer th-cam.com/video/PyNboHgtYzM/w-d-xo.html
KTG th-cam.com/video/XO1tvFhIa0I/w-d-xo.html
Thermodynamics th-cam.com/video/iz_kf1jRDRw/w-d-xo.html
Wave Motion -Organ Pipes and Resonance Tube th-cam.com/video/fB7pfJ77za8/w-d-xo.html
Wave Motion - Doppler's Effect th-cam.com/video/9-BxOaamnwg/w-d-xo.html
Electrostatics th-cam.com/video/3stXbGRMcrk/w-d-xo.html
Capacitors th-cam.com/video/EXEiickNUkY/w-d-xo.html
Current Electricity th-cam.com/video/gm8FUfjrX18/w-d-xo.html
Moving Charges and Magnetic Effect of Current th-cam.com/video/ULD2Ok1CGJk/w-d-xo.html
Earth's Magnetism th-cam.com/video/a4CT5uVwAK4/w-d-xo.html
Magnetic Properties th-cam.com/video/63cwdYXNlYE/w-d-xo.html
EMI th-cam.com/video/puVavm_GFRM/w-d-xo.html
Alternating Current th-cam.com/video/74dTY-pzM_o/w-d-xo.html
Ray Optics th-cam.com/video/BhnyTWzIlBA/w-d-xo.html
Wave Optics Part 1_Interference th-cam.com/video/LG5nlE8XTeI/w-d-xo.html
Wave Optics Part 2_Diffraction_Polarization th-cam.com/video/ymMyyJGGqnY/w-d-xo.html
Optical Instruments th-cam.com/video/OQssbDH0A4I/w-d-xo.html
Electromagnetic Waves th-cam.com/video/bcVXgEkyQZY/w-d-xo.html
Semiconductors_Basics + Zener Diode th-cam.com/video/_A2JomQ7-50/w-d-xo.html
Semiconductors_Transistors th-cam.com/video/psDwl84Nzb0/w-d-xo.html
Semiconductors_Logic Gates th-cam.com/video/pZdQAzLbFTo/w-d-xo.html
Communication Systems th-cam.com/video/8NgMqK9X79Y/w-d-xo.html
Modern Physics_Part 1_Atomic Physics th-cam.com/video/9VKUnE3mpHk/w-d-xo.html
Modern Physics_Part 2_Photoelectric Effect th-cam.com/video/24oTQp84jrk/w-d-xo.html
Modern Physics_Part 3_Dual Nature of Light th-cam.com/video/0zoR_saMAQY/w-d-xo.html
Modern Physics_Part 4_Radioactivity th-cam.com/video/AdX3YBhQyog/w-d-xo.html
Modern Physics_Part 5_Nuclear Physics th-cam.com/video/VDWqVahGixc/w-d-xo.html
Modern Physics_Part 6_X Rays th-cam.com/video/dSHXdzX7NX0/w-d-xo.html
Sir ik it’s hard to do soo much for us and I am very thankful to u but I hv a req that can u plsssss start that (best questions revision test) it will be really helpful
Sir,can i blindly believe on your 99 rupees course
@@manthankumar3018 yes dear. Its same as on youtube but without any distractions
Is it enough for jee 2023
If i do work energy and power series of your channel,then can i have to do other book also
This channel will definitely cross 100k before jee 2022
thank you soo much for lovely wishes.
@@mohitgoenka99 you deserve it.
Please guys share this channel as much as possible 🙏🙏🙏🙏
I am learning blindly from this channel...
Yeah I'm damn sure
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
i guess its given :/
sir bhi soche honge kitna free aadmi hai ye......video dekhne aaya hai ya likhne aaya hai....🤣🤣@@bummberlee
@@50me0neebhai wo madad karna chahta he sablog nai karte toh karne do aapko kya jaray 🙃
@@RahulundiIitian2024 are bhai sahab Maan gye tumhe.......
Bhai tumne Bina video dekhe hi comment kr diya lgta hai 🤣🤣🤣.......agr video dekhi hoti to pta hota ki sir ne phle se har 1 topic ka time stamp de rkha hai...... 😂........video start kr le 1 baar dekh le atleast fr aa jaaiyo comment me.......agr video dekhi hoti to tu bhi hamare jaisa hi comment krta..... 🤣
@@50me0nee Bhai mene dehka full video brother but koi koi part skip kiya
The highest quality content on youtube ... Even if i say thanks for infinite times it will not be enough
thanx for lovely comment dear. Make best use of these contents and do well
Right
bhaiya aap kaise ho abhi
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
well done dear
#learnlikeneverbefore
This channel is still best for JEE 2024!! Thank you so much sir
KhAA pdee ho chakar me koi nhi hai takkar mein(eduniti)....💀💀
Is it good for 1st time as a dropper?
Is it good for 1st time as a dropper?
@@smitanayak_ Ha bro go with the flow...just do it...👍👍
your jee went good? If yes pls some tips 2025
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
Sir your way of explaining the problem and animated topics is so good Thankyou so much for this video ❤️
Most welcome 😊
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 alots..... 😘😘😘😘😘 Love u sir
Thanks a ton dear and wish you very best
36:12 it should be KE(FINAL)-KE(INTIAL) ,
so it's should be 1/2mvb²-1/2mva²
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
24 asp? 😺
55:57 for convience we can also remember theta=cos inverse(2/3)= 48 degree
Absolutely loving it sir..... I am sure, if you regularly post these kind of content this channel will reach 1M subscribers in just one year......Salute to you sir for your efforts
thanx for lovely wishes dear.
Next level explanation sir. Everything is clear . These revision videos are literally a boon
Very hardworking sir
You were suffering from cough still taught us and it is pure kota content.
Oh my god! What a coincidence...
I was just going to revise Cirular motion and this video comes. Thankyou so much sir!😇
make best use of it. Most welcome dear
DO u play bgmi?? i play everyday 6hrs
@@satvikvarun6386 then when do you study
I really enjoyed this lecture , got to learn so many new concepts and my old doubts are clear now 😁thankyou so much sir 🙏🏻 aashirwaad dijiye
All the best dear
stay blessed
@@mohitgoenka99 ❤️ thankyou sir
Sir aisa video on circular motion kbhi nhi dekha
-> Animation @45:20 🙏
-> I've never read the concept @55:47😍
Thankyouuuuuuuu sirrrrrrrrrrr 😍🙏
1st view and 1st like on my favourite teacher
Yeahh! Literally I am so happy.
Thank you sir, your consistency is at next level
thank you for lovely comment and you are soo welcome
When I searched for circular motion , youtube recommended me this video on the top .
Just completed sir, I've never experienced such content dense material and the fact that you explain it so well makes it extraordinary. Thank you so much sir 🙏🏼
Sir you are a 💎 gem!!!!! The channel is very much helpful...never found any content better than this!!!!
SIR I GOT TO KNOW ABOUT YOUR CHANNEL A FEW DAYS BACK AND I JUST WANT TO TELL U THAT YOU HAVE EXPLAINED EVERYTHING VERY CLEARLY AND IN A DESCRIPTIVE MANNER I WAS NOT ABLE TO SOLVE NLM FRICTION AND CIRCULAR MOTION PROBLEMS DUE TO LACK OF CONCEPTUAL KNOWLEDGE BUT NOW I AM ABLE TO CONNECT THE DOTS
A BIG THNX TO U ....
So nice of you
Is it good for 1st time as a dropper?
13:15 i think it should be angular velocity of b with respect to A
you are right dear
my bad
yesss
yes, i also noticed
Sir literally agr yeh channel mughe 2sal phele mil jata toh me aakash join nhi karta 🥺 thnks apki vajah s 50 marks aye h
Is it good for 1st time as a dropper?
@@smitanayak_ofcourse it's more than enough for physics
I always confused with. w. ( when given in revolutions ) but........
You solve it👍👍👍🤗
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 ♾️❤ sir.....
The words ' Thank you' is not enough to express my gratitude to You... Dear Sir
You are most welcome dear
Awesome content ! Your the new rockstar of physics !
make best out of it
13:32
It should be Wba (Angular Vel of B wrt A) instead of Wab
yes dear
my bad
Thank you so much for all the revision videos sir. Very well explained
These are the videos which increases the competition in jee
Truly amazing explanation in such short format
Hats off to you sir ❤️
So nice of you
Dil❤ gadgad ho gaya itne Kam time Mai Kitna Archana revision kerke
VCM is crystal clear now
Some of us are wasting lakhs but they don't know how this billion dollar video worths .
Sir hats off
Selection ke bad apse milke rahungaa promise !
#learnlikeneverbefore
Sir plz, Don't stop working on TH-cam channel, best physics teacher u r .....
Sir If I have not studied a particular chapter #Can I cover that chapter from your one shot series instead of watching 8-10 hrs one shot lectures 😢😢😢pls tell guruji🙏🙏🙏🙏
mostly mohit goenka sir tells about that only to avoid 8-10 hrs of lecture and use shortest video for revision and use the rest of the time in solving
13:44 i got 3 it is right
This channel is like जड़ी बूटी for jee aspirations ❤
lovely
keep solving, learning & revising
#learnlikeneverbefore
11:00 Approach at point A 🌟
48:15
keep solving & learning
#learnlikeneverbefore
Thankyou so much sir for sharing this beauty of Physics with us . Found your channel last month and it is acting like a boon for me. Trying my best to solve the challenges as fast as I can .Once again thankyou sir for helping so much.
well done dear
keep solving, learning and revising
#learnlikeneverbefore
great explanitation sir ji . Mene aap se achaa teacher meri life me abhi tak nahi dekha .. A VERY BIG THANK YOU SIR .
Best physics teacher... thankyou so much sir for your beautiful work.....
keep solving, learning & revising
#learnlikeneverbefore
feeling blessed to have a Teacher like you.❤
#learnlikeneverbefore
Sir u r the one who increase the level of interest of mine in physics day by day n also increases my confidence in solving pyqs.... when i see ur short rev. series automatically so many blessings gives out to u from my mouth... n i'm very thankful to u 😄.....i love this thing that u take care of aspirant's time ...
wish you best
#learnlikeneverbefore
Circular motion 🔒 locked in mind tysm sir
well done dear
keep solving, learning and revising
#learnlikeneverbefore
At the end bhatkte hie shi jagah pr a hi gya😢😂
Done ✅
Tq sir ❤
For rev
28:48
43:20 this concept of projectile
50:40 esy but gotta confuse in language
56:00 🔥
well done dear
keep solving & learning
#learnlikeneverbefore
Such a wonderful lecture sir, in depth revision and clarity🔥🔥🔥🔥
27:57 Centrifugal force concept clear✅
The reason for scoring more than 80 plus marks is eduniti
Preparing for April 23 attempt, love the content, it would be great for me if I approach this channel in my 2022 attempts but unfortunately not, but patience makes you up...
me too brother i am watching these lectures!
Sir i have a doubt!!
If a ceiling fan is turned on it will rotate about its axis .... now to stop the fan forcefully and easily where should we apply the force and in which direction ( the que is about stopping the fan easily,fastly not safely and the angular speed of the fan is not high enough to hurt our hands)
I think that we should apply force at the end of fan wing,opposite to the direction of angular speed
Sir what do you say??
You are right, can be expressed greatly once you have learnt about torque in rotational motion. Since torque depends upon distance from rotation of axis and angle made with the rotating blade, so you should apply force at the end of wings and perpendicular to them for maximum deceleration.
That amazing music at the ends kills all the feeling of tiredness and makes me feel like I've defeated the demon called "Circular Motion" and at the same time motivates to go further and defeat other demons also... Thank you very much sir.
Electro January me strong Kiya (85 in Phy)
Mechanics April me karunga this time (💯 ka Target 🎯) 💪
Baaki sab aata hi hai 😅
Thanks a lot Sir🙏🏻
finally i understand concept of roller coaster by big doubt how rooler coaster rotate like this 😅,thnk you sir god bless you 😍🥰
Most welcome 😊
this is really helpful...i wish this kind of series would have been for all the subjects.
BTW your audio and video quality is very good
Glad to hear that!
Sir pls bring the teachers of chemistry and maths like you❤. Super
I hope someone will do it dear
from my side I tried
@@mohitgoenka99 ok sir 👍
11:27 couldn't get it sir aisa laga yeh method soch nahi sakta tha but abhi samaj gaya aache se....
Amazing content much better than 20hr lectures & 8hr one shot
wishing you best dear
#learnlikeneverbefore
Is it good for 1st time as a dropper?
@@smitanayak_If you have studied from anywhere and you want to revise effectively in short period of time
Then go for it
Excellent content h sir ❤❤❤
Way of explaining the concept is also best . ❤❤
Keep watching
Gajab ka confidence aa gya h sir......seriously ab toh circular motion pr aisa command hai ki koi bhi question aa jaye mai chodega nhi sala
Really then try advance level questions 😂
Sir I have one question
You make videos , you learn about topic and record it
Sir How do you manage time eduniti upload 2 to 4 videos per week!!!
+ sir also you reply to comments ( I really love that you reply to everyone)?
Can you also tell us HOW TO MANAGE TIME TO BE MORE EFFICIENT.??
Thank you for being there for us Thanks for revision I was revising circular motion.
Thanx for asking relevant question.
1. I generally upload 5-6 videos per week some times it goes to 7 also.
2. Apart from TH-cam I also take several classes through Zoom
3. I am able to do soo much due to extreme planning.
4. I plan next 24 hrs before only and try achieve that.
@@mohitgoenka99 I will also try to push my limit to extreme. l also will tell you sir how was my day after all effort . thank you again sir
You learn mtlb he is an iitian bro 😂
That animation in the last part of video was unexpected for me... i was thinking that only the formula and explanation will be given...
Really helpful as it eases to learn and understand situatikn...
Really loved ur content sir
Tqsm for such amazing videos ❤❤
even in the last few days as the pressure is building up, revising through these videos still makes me believe it'll all be okay. calm feeling aati hai sir jab aap itne acche se explain karte ho, panic disappears.. hope i can maintain this mindset in the exam too
(left: outside a circular track and inside circular tube)
2:40 when two types of change is possible, 2 types of acceleration becomes possible
King of physics keep machaao sir!!! Keep rocking!! Love you sir
thanx dear. Make best of it
13:52 duha duha kar diya swal ko 😊
sir you being an iitian taking out time to reply those students, who are working hard, to make their preparation easier..........................
iam sure there are very few number of people who are like you sir . we all thing like after getting into iit who will focus more on studies , most of the students mind tend to do some creative things , innovation or someting. for us what seems enough is looking at your sincerity, that's how an iit makes a student...HATS OFF sir i admire you for my preparation. thanks a lot sir.
Wow.
I appreciate you taking out time to write all this and acknowledging the importance of IITs. Thanx for such a lovely comment dear
i really hope that you could get chem and maths teacher like you
thank you very much sir
Sir, I have no words to explain you , ❤🫂
Sir aap top ho, jee aspirant ki hope ho👍
Thanks a lot sir for such an amazing content.......hats off to you for covering each and every question type and theory in such a minimum time.....
So nice of you
revise krke dil garden garden ho jata hai sir ji 🙇🙏.....Thank you guru dev 🙇
Well done dear
Yeah new megastar in PHYSICS ❤
11:28-14:07 , In note Wᵃᵇ k jagah pr syad Wᵇᵃ hoga
yes dear
my bad
Dropper ke liye roadmap batavo sir ❤
Full advanced level ke concepts ka revision itne short time me 💙💙💙💙 eduniti waale bhaiya hi kar sakte hai esaa 💙💙🚩
I cannot understand anything about vertical circular motion in offline classes. you explained it sooo beautifully ❤ that i m feeling soo satisfied 😌😌 . Thanks sir 🤩
Glad it was helpful!
Sir please provide printable notes of this chapter. Love your content. Lots of love from Aligarh ❤
Thanku sir i was confused in this topic it is crystal clear now 🙏
Glad to hear that
11:25 i got the correct answer sir 💯
Thanks bhaiya jldi cover karwa do Saab bhagwan kare channel jld hi 1 million reach karega Thanks a ton....
most welcome dear
At 11:27 mera answer sahi ayya by self solving Radius of Curvature point ❤️
YOU MADE IT EASY SIR! I MEAN WHAT A GREAT PHYSICS TEACHER YOU ARE. As soon as exams will be over, gonna meet u for sure 🤍
Shukriya Sir, dil se🙏
lovely dear, make the best out of it
#learnlikeneverbefore
Sir can i use the pdf of these revision notes as my short notes? Mains is just few days away and I've not made any short notes yet. I literally love how you specified all the details minutely in this video. I was looking gir a revision video like this❤
of course you can do it dear
Thanks sir for this revision series with these my previous backlog of class 11 is finished sir thanks a lot
Excellent
Already did it back then, REVISED IT TOO! THANKYOUU SIR🩷
well done dear
#learnlikeneverbefore
Completing the theory now will watch when making short notes. Thank you sir
most welcome dear
@@mohitgoenka99 videos are brilliantly crafted, every topic with example is included, best channel for pyq and quick revision
Also helpful for 2023-24 JEE ASPIRANTS ❤
This channel will cross for 1m+ subscribers within 1 year from now. ❤
Apne jee ke baad badhe to acha hai tab 1 kya 2 m bhi ho jaye to acha hai
most efficient way of revision loved it sir
Sir my coaching skipped circular motion and i never had confidence in it but now i am confident. Thanks a lot sir
Excellent
Is it good for first time?
11:18 mera correct hai
King of physics !! Keep rocking!! Love you sir❤
Thnx dear
14:04 gravitation
Radius of curvature
Vertical pendulum
keep learning & solving dear
#learnlikeneverbefore
best revision series in this TH-cam !!💙💙💙💙💯👌
keep learning dear
Jord video on circular motion hatts of sir 🔥🔥
At 13:20
In example : wAB should be vA - vB??
yes dear
its my bad
42:16
I think v should be √u^2 -2gr(1-costheta)
Right?