Newton's Laws of Motion | Complete REVISION for JEE Physics | Mohit Sir (IITKGP)
ฝัง
- เผยแพร่เมื่อ 20 ก.ค. 2024
- 👉 NLM PDF Notes - bit.ly/3JKMQ4W
✅ Friction Revision Video - • Friction | Complete RE...
✅ Revision Series Playlist - bit.ly/3eBbib9
✅ JEE Main PYQs Link - bit.ly/2S54jzh
👉 EDUNITI_Goldmine Link - bit.ly/2VhOGFF
😍 Download Printable Format BEST Short Notes - bit.ly/3hizXlP
✅ Constraint Motion in Rigid Rods - • #1 How to apply constr...
✅ Constraint Motion in Wedge - • #2 How to apply constr...
✅ Constraint Motion in Strings - • #3 How to apply constr...
✅ Constraint Motion in Pulley Block 1 - • #4 How to apply constr...
✅ Constraint Motion in Pulley Block 2 - • #5 How to apply constr...
Timestamp
00:00 Introduction
00:15 Topics to be discussed
01:09 All links for Revision series
02:30 Common Forces Acting on Body
07:01 Static Equilibrium (Lami's Theorem)
13:29 Pulley Block System
23:28 Weighing Machine Concept
27:02 Spring Balance Concept
29:27 Spring Cut & Combination Concept
31:13 FBD - Most Important Point
34:56 Pseudo Force Concept
37:46 Numerical on Pseudo Force
45:17 Variable Force
48:24 Important Links for NLM
48:48 PYQs Links
NLM for IIT JEE
Laws of Motion One shot
Equilibrium Questions
Pseudo Force
Free Body Diagram
Weighing Machine Concept
Spring Balance Concept
Unbalanced Forces
Revision Checklist of NLM
Revision Checklist of Laws of Motion
Newton's Laws of Motion is an important topic of mechanics for jee main / neet and laws of motion topic is also needed to build foundation for dynamics. This checklist of Newton's laws of motion is for quick revision which covers all possible concepts on which questions are asked in JEE Main / NEET.
Most common types of questions are based on free body diagram, applications of newton's second law, spring forces, combination of springs, weighing machine, spring balance and pseudo force cases. Pseudo force checklist point is very important for students to take a quick review of the same.
Mohit sir is covering complete checklist of NLM required for Jee main and neet on all types of questions asked in just about 45 minutes.
Join us on 🚀 Telegram Channel - telegram.me/edunitimg
#LawsofMotion #Revision #Eduniti #JEE2022 #JEEPhysics #IITJEE #Motion #JEEMain #Physics #Class11 #Revisionchecklist #ProjectileMotion
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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At *23:09* it is 90-θ
*Revision Video Links*
Unit & Dimensions th-cam.com/video/wdd-wlZF4Hk/w-d-xo.html
Error Analysis th-cam.com/video/AEMsHUUAo5s/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
Relative in 2D- Rain Man Problems th-cam.com/video/S4Wm5GDjnDk/w-d-xo.html
Relative in 2D- River-Swimmer Problems th-cam.com/video/EB81fCFq2SU/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
Banking of Roads th-cam.com/video/WbdcQYw63xc/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
Damped Oscillation th-cam.com/video/z992RVvtShQ/w-d-xo.html
Thermal Properties (Thermal Expansion & Caloreimetry) 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
String Waves (Part-1) th-cam.com/video/mZWNmH19wDQ/w-d-xo.html
String Waves (Part-2) th-cam.com/video/PDGq4d3xA6c/w-d-xo.html
Beat Frequency th-cam.com/video/XScK3ppvmkA/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
Potentiometer th-cam.com/video/bTHPOTLdagM/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
Doppler Effect in Light th-cam.com/video/IBvMHSu934Y/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 pls do the pyq series of 2018 jee
Thanks so much sir
Thanks sir
Sir pls bring a pyq session on 2018 jee too
@@niharranjandash5279 its there dear. Search in our channel
Jee 2025 dropper 😢😢😢
Me😢
@@user-pd7hx9wc2h bhai suno na sirf 2021 and 2020 ka pyq video solution dekha eduniti ka tho 2022,23,24 ban jayenge na khud se....tum kaise karte ho
Bhai main suggest karunga Marks aap se Year 2019 to 2024 sabhi questions karo aur koi question na Bane toh Eduniti channel se video solution dekhlo aur agar approach nahi ban rha toh 1 year ke years ke video soln dekho phir apne se try kro@@GoudaRajshri
@@GoudaRajshrisb lagata hu khud se Jo nhi ata sir ka solution dekhta hu
@@heimito9657 ha okay 👍🏻🥲
Thanku so much sir. I revise everyday one section like electrodynamics, thermal physics, modern physics just after waking up daily on 2x speed. It hardly takes 1.5 to 2 hrs. Sir class me muskura diya bhi kro. Ekdum serious rehte ho aap.
I also do the same
haha...I will try dear
Sir wo wale student hai jo class ka topper type hota hai ekdam focused 😂
being simple makes you uncommon.
sab log to muskura te jindegi me and also youtube me but yeh to apna style hai
abhi kya chal raha hai zindagi me
You Are Mixture of purity and clarity of YOUNG ashish arora sir and regularity of PW .... ( I AM NOT COMPARING , JUST APPRECIATING WORK OF MOHIT BHAIYA ) , YOUR DESERVE MILLIONS OF SUBSCRIBER
Crct
Thank you soo much for such a lovely comment.
Absolutely 👍
@@mohitgoenka99 sir you are just amazing , wish i had someone for chemistry like you
@@tanmaysinha9632true😢
As a matter of Fact! And your senior who scored 73 in physics alone in JEE ADVANCED 2022. I would like to let you know that he and his short notes are best for your physics preparation. Ghol ke pee jaao short notes. Mains toh aise hi nikal jaayega. Advanced ke liye thoda sa previous year practice kar lena.
You can imagine how good the notes are that I am preparing for my 1st Year from these notes. And tommorow I have my Exam for Engineering Mechanics which has NLM as it's topic. So I returned here at once to revise.
All the best. First attempt jaisa bhi gaya bhaad mai jaaye. 2nd attempt mai marks bahaut badhana padega or else percentile won't increase that much. Target rakho ki advanced ke liye qualify toh hona hai...bhale hi naake naake par ho. Phir Advanced phod dena. I had 18 days to prepare for my Advanced. And what I achieved in those 18 days is written in the first line itself.
All the Best!
Physics is Love❤️
Arey Sir! Thank You so much. You already had my heart and you gave me yours😉. I would like to give you 100% credit for what I achieved. Sincerely, Thank You❤
@@akshatbhatter178 really bhaiya?can i crack advance in 4 months??
@@himanshi-369 Arey Ofcourse! Without any doubt. 4 months is a long period. First of All, eliminate the Fear of Advanced. I feared it a lot and ruined my first paper, after which I just gave up the Fear. It just as any other Exam and you'll be shocked to see how much you can solve if you have practiced.
Focus on Physics and Chemistry a Lot. Maths utna hi karo ki ek decent score aa jaaye. Baaki Maths aukaat ke bahar aata hai, toh zyada dimaag mat lagana, last ke period mai. Focus on easy and scoring topics like P&C, Quadratic, Probability, etc. In sab ke naam se darr lagta hai Ik. But saare easy topics hai, agar concept grasped hai toh and thoda sa practice karna padega. Agar koi aur topics strong hai toh focus on that. The main point is ki you should be able to score decent in Maths.
Focus on Chemistry and Physics a Lot. Chemistry is damn easy and physics is logical. Understand the concept in physics and remember all the Formulas. Train your mind in these months to be able to think for the catch in the question. I had an upper hand in that, not gonna lie. I used to solve Logical Reasoning questions and Riddles almost everyday from my childhood. So, I didn't face much difficulty and I could achieve it in 18 days. But you have a LOT more time. You can obviously do it. For Formulas, Again Sir's short notes are recommended. I did it from there. And Chemistry achhe se karlo. Sab kuch. Most scoring subject hai. You can't afford to lose marks here.
Core Crux:
Keep Amazing Grasp on 2 Subjects of your choice and be at a decent level on third. Keep practicing for as long as you can in a day, and don't forget to take breaks in the same format as given during Advanced Exam.
All the Best!😉✌️
@@akshatbhatter178thank you bhaiya..i will definately follow ur suggestion👍👍
@@akshatbhatter178 bhaya long lectures na dekh k direct sir k revision videos dekhlu toh Kam ban jayega?
One of the most awaited chapter, i finally corrected my common mistakes that caused errors while solving. Thank you sir 😊
Excellent
Excellent support us
thanks for your feedback
Timestamp
00:00 Introduction
00:15 Topics to be discussed
01:09 All links for Revision series
02:30 Common Forces Acting on Body
07:01 Static Equilibrium (Lami's Theorem)
13:29 Pulley Block System
23:28 Weighing Machine Concept
27:02 Spring Balance Concept
29:27 Spring Cut & Combination Concept
31:13 FBD - Most Important Point
34:56 Pseudo Force Concept
37:46 Numerical on Pseudo Force
45:17 Variable Force
48:24 Important Links for NLM
48:48 PYQs
****At **23:09** it is 90-θ***
I was finding it out 😅😅 it's 90-theta
👍🏻
06:14 Topics discussed: Common forces, static equilibrium problems, pulley block system, weighing machine concept, spring cutting and combination, critical point in free body diagram, pseudo force, variable forces problems.
12:28 The main point of the text is to explain the concept of static equilibrium and how to solve problems related to it.
18:42 Lamy's theorem can be used to solve for angles and forces in a given system.
24:56 The acceleration of the blocks is related by A1 = 2A2
31:10 Acceleration affects weighing scale readings
37:24 Summation means k1 plus k2, similar to resistances in series.
43:38 Pseudo force is a fictitious force that is necessary to be applied in non-inertial frames
49:47 Solving problems in laws of motion
Once you choose Mohit sir and eduniti for physics there's no going back 😭❤️
Which class
No covet theory
Best teacher with zero haters
Hats off sir
You are #GOAT
thanks for all the love dear
will complete whole physics in next 18-20 days..
day-1/20 NLM [ 2023+24PYQS]
Done.
@@studyonly9994 almost .. kuch ch chodh ke jaunga
@randomGUYdoingRANDOMstuffs kaisa gaya mains?
I wasn't expected at such short span you will make my Mains preparation next level 😍explanations and ppts are too good, just because of them brain retains longer.....
Glad to know that dear. Wish you best
I am new on this amazing channel. I was shocked about your quality content . Thanks for helping sir
Most welcome dear
Thank you so much for making these revision series!! It has helped me alot, & i also wanted to ask if this is enough for jee advanced revision or is it just for mains?
5:34 normal is pushing, tension is pulling
tension always acts away from the surface/body
19:49 dot product direction
37:18 mass of the body x accln of the FRAME it is in supposed motion wrt
40:50 because of the normal's component, accln a2 also acts on the smaller mass
and also A1 IS THE ACCLN OF THE WEDGE WRT THE WEDGE
MERE PHYSICS KE DOWNWARD FORCE KO EDUNITI NE NORMAL KI TARAH BALANCE KAR RKHA HAI.
Sir there could be nobody who revise these concepts this much efficiently......I will crack up my goal and may God bless you to help students as us...like u did sir 🙏
Thankyou sir for this revision series!! Just love your lectures. Becoz of you only i hv started enjoying physics. Hope you're feeling well now❤tc!
Thanx for lovely comment dear. And yes I am feeling much better. You all too take care of yourselves
@@mohitgoenka99 sir you got covid?
@@josuke21 Not sure of that but much better now
@@mohitgoenka99 oh , take care sir :)
All concepts cleared💯Thanks a lot sir🔥Delivering the best as always
Always welcome
Bahia theory nahi kaise samjhe
9:46 If the body is at rest, then is at static equilibrium(net force = 0 in all directions).
Your content is not even comparable to institutes !!!
Great sir
Thanks a ton
True in the other way
Aapka Jee clear hua ya nhi ??
@@Kingorg1234 he went to IIT KGP
After this session will I able to solve all the problems of this chapter plz someone tell
Will eagerly wait for Rotational motion :)
Yeah me too
Thanks a lot sir . Revision done ... i can bet if any student watches this too even he starts from nothing , can have a very strong grip of the concepts of NLM .....
yes
@@mohitgoenka99you are really great Sir Thanks for investing your time for us This really useful for maintain our consistency 😃
A work .... A good work 😅
Sir can we use this method to find clamp force 23:18 :-
Taking cos component of inclined T and using vector addition in T & Tcos(theta) knowing that the angle between them is 90°
Sir was facing difficlty in this particular chapter , but you made it clear very well .
Best video i found till now
Thank you sir!! 🙏
well done dear
#learnlikeneverbefore
Sir, please give the list of must solve questions of HCV in modern physics, waves, thermodynamics.
44:30 down the incline shouldn't it be summation of all to be zero i.e m1gsin∆ + m1a2cos∆ + m1a1 = 0. Since all are in same direction
∆ is theta
0.1% introduction, 👉99.99%content,10000%understanding✨🙏🏻🙏🏻🙏🏻😻😻😻😻❤️thankuu so muchh❤️god bless you sir
and saving of 10 hours
Are you from prayas 2.0
@@KritikaSharma-im6fq are u dropper
@@Boltyash yes but I am preparing for first time
@@KritikaSharma-im6fq11 , 12 me preparation nhi Kiya tha ?
Sir IDK how to thank You!
I literally haven't seen anyone yet who is this much hardworking!!!!
Waiting for Such More Content! ❤️
~2023 Aspirant!🎯
Make best of these revision videos dear.
This lecture is equal to a thousand times revision sir...please do more videos concepts like this...🙌🏻
in the question where we used the pseudo force by our own in the pendulum which is inside of the cart in that question the person was placed inside of the cart so that we can assume the non inertial frame as inertial frame
Thank you so much sir 🙏🙏
It's best revision series with full concept in less time
Doing quick revision. Thank you sir for this amazing content 😄🙏
Amazing content sir
Really i cleared my all doubts
Thanks 👍 Alot sir
When a bird of weight 'W' is sitting on a streched wire fixed between two ends, tension 'T' in the wire
will be :- (cos theta < 1/2)
my concepts of nlm is crystal clear now , i am able to solve jee advanced questions as well ... ur great sir thank you so much .
Sir at clamp force the angle bl two tensions is pi/2 minus theta but you took pi-theta
yes its my bad, pi/2 hoga
sir I want you to guide me for maths and chemistry as well, if you are busy then just give us a sequence in which we can do it, please sir pleaseeee
🙏
Thank u so much, u r my favourite teacher sir
11:27 Lamis theorem
22:27 Clamp Force
27:03 Spring Balance
31:15 FBD
37:46 Question on pseudo Force
sorry sir for not following your 30 day plan
bcoz i have already made my plan earlier
bt i am soo soo much thankful to u and your videos for clarifying my doubts and concepts in a crisp way
thanx sir once again for everything i will try my best to score well in 1st shift
There’s a very good question on Lami’s Theorem in electrostatics which was came in JEE ADVANCED…😊
yes dear
we have done that also on our YT channel
which year
At 42:00 disscusion of question guys the surface is frictionless thats why the block moves with acc^.
Otherwise it will not move due to N1.
sir you are the only person on youtube who can complete this topic in 50 minutes with full concepts and great understanding. Thank you very much sir❤
Thanks and welcome
It need a lot of hardwork for making our eduniti channel best
sir I have a request......plz merge all the questions of jee mains 2021 in one single video chapterwise (it will be really very helpful for us) as soon as u can........ thank you sir 😊
At 23:08 i think the angle between two T is (π/2 - theta). How has sir said (π-theta)??
Aree wo unse mistake ho gya
Same I thought
Thanks a lot sir , aap ki wjh se physics ka each and every concept crystal clear ho gya hai..
Such a useful and informative content in such a less time❤
Forever grateful to you sir ♾️💖
22:41 sir the same Q was asked in my mock today, and since i referred ur video beforehand...i got it correctly
well done dear
keep solving and learning
#learnlikeneverbefore
Idk how to thank you Sir🙏🏻Revising my class 11th from these videos. So many misconceptions clarified now
29:13 at this time how
T=200/3N convert into
==20/3Kg
Means 1 kg =10 N but for high weight we take 1kg=10N or 9.8N
Hello sir, I wanna study this chapter (not revision) pls tell me if I can go with this video?
sir you are the best teacher i just cant believe that i have revisited all picture of this chapter in such a small time thanku very much sir ❤❤
This is the best video for nlm. I had so many doubts and was unable to solve questions sir. This helped me a lot. Thankyou so much sir for this amazing content and to cover such topics in a short time. ❤❤❤❤
well done dear
keep solving, learning and revising
#learnlikeneverbefore
Preparing for the january 2024 attempt your videos are really useful. Will complete entire revision of +1 by 11th jan +2 revision is complete. Completed the 200 pyqs of 2023 and 2022 and 141 theoretical questions as well 👍🏻
Lami's theorem-->when body is at rest and precisely 3 forces are acting on it
use lami's theorem for those easy normal force qs, where the ball is leaning between an incline and a wall etc
2) if pulley is massless, then ma=0, therefore net force on pulley must be 0, therefore agar neeche T T tension hai, toh upar 2T tension rahega
3)atwood machine formulae-->T=2m1m2g/m1+m2, a=(m1-m2)g/(m1+m2) (both have m1+m2 in denominator)
5) Reading of weighing machine=N/g, dont say mass
7)if the block placed on inclined plane is not slipping when the inclined plane is moving, then you can take block+ip as system, but if it is moving downwards, DONT TAKE IT AS SYSTEM
also, (the former case)the condition for no slipping is tan theta=a/g, where theta is angle of inclined plane
#learnlikeneverbefore
@@mohitgoenka99 :))
first time on youtube, such an in-depth revision.Thank you sir🙏🙏.
most welcome dear
SIR, is the answer of the very last question/illustration : v= (1/e)^(2cH/m) ?
{ Please reply sir } Sir jb downward mai ( a = g) ho tb weightlessness hota h agar (a > g) ho jaaye to kya hoga
One doubt , to find the acceletion of M2 i.e a2 can we use the fact that there is no force along x direction so the acceleration of centre of mass in xdirection will be zero !.
Just came up with completing NLM after 4 days now here camed your 45 min powerful revision video now I will be able to fully strengthen my NLM I am feeling happy and sad too cause it came after 4 days...😭well nice video...🔥🔥♥♥
I am sure this will empower you more in Physics
The way you use arrows to denote normal actually is rarely used by teachers but is also correct. I have seen only two faculties use this notation, first Nitin sachan sir and second you and both explain physics at a whole another level of understanding
Glad to see you appreciating such details
sir if their is a object which is that much heavy that it can sink on the rough and strong surface on that case did the normal force excreted by ground is less or something else
and also did this force varies with place to place
heard of this channel from my seniors and it was totally worth checking it out
Thankyou sir.Please complete the remaining chapters by the end of this month as these are very helpful for revision.
that will be my aim dear
Yes dear we will try our level best
yes sir please
Completing 45 day check list approx 70 percent of physics id done
Will complete it beofre 10 jan
Thanks very much sir felling confident in jee 2024 jan for physics ❤❤
well done dear
keep solving, learning and revising
#learnlikeneverbefore
kaisa hua
At 4:21, how we can say that normal is a action reaction force? Kyunki action reaction force hamesha two different bodies par lagta hai
Ye contact force ki category mein aayegaa
It's too straight forward..... Loved it! 🖤
Thankyou so much sir all concept are cleared 💯
Welcome
kya baat h sir gazab ka explain kiye aap as always ...tysm gurujiiii :)
Again u proved that u are a really great teacher .
Thank You sir for this amazing up to the point concepts teaching💖💖 without wasting our time you provide perfect knowledge for our🎉🎉 IIT selection🎉🎉 . Once again Thanks a lot 👍👍
Hello sir 😊
Aapki video dekhte dekhte aapki purani video milgayi 😅aap gana gaa rahe the tum mile dil khile...mazha aagaya sir ❤❤❤
lovely dear
I hope you had a good time listening to it
Thank you so much sir, the content is to the point and really useful.
Sir i have a doubt jo chapter ka ek bhi question solve nhi kiya maine, toh uske liya aapka pyqs solving session dekhna chahiye ya khud se time dena chahiye ab. or kis year ka dekhu solving , please respond,j
Couldn't have found any better than this anywhere on TH-cam.
Thankyou sir.
Most welcome dear
Thanku sir very helpful for revision in less time ❣️❣️all clear all concepts cover kiye hai apne jo offline mai kiya jata hai ...
keep learning dear
Sir mene is chapter ko 3 mahina pehle coaching me padha tha. To sir me ab ise padhu to kya pyq ho jayenge. Kyuki mujhe 2-3 ghante me chapter finish karna hai
Nice lecture the concept of Lami 's theorem was really good. Sir please make a video on short trick.
Most simple and concept clearing video......I am suffering with NLM since 11 beginning and now it is 12th ending .....AND Finally I am getting confidence in it........Thank you Sir❤❤❤
I am from West Bengal .......AND MY AIM IS IIT KGP(CSE).
keep learning
Gathered many new concepts from this session. Thank you so much sir.
Always welcome
You are going to rock in coming days.....
Your teaching style is too good..... You are the first teacher whom I like very much neet wala hu...... Late mile bahut aap mujhe.... Abhi bhi exam kaa ek din bacha hai lekin ab kuch ni kr skta...
I am confident with this topic but then also I watch it and believe me or not I found something new 🔥
Every concepts are crystal cleared sir!! 🔥😍
You are a great teacher 🌟
Keep watching
Hey, can anyone share the link for NLM printable short notes?
Sir 23.24 min per clamp force me angle pi/2 - theetha nahi hoga Kya
Aapne pi -theeta kia h
Sir you told how to find the clamp force at 23:13, but previously u said that massless pulleys wont experience any net force... could you clarify?
These 50 mins were the most productive mins. of my day , Thanks a lot sir ... All these revision lectures are extremely helpful...
keep learning dear
#learnlikeneverbefore
aapka revision serries bhut help krta h sir akdm to the point content deliver krte h aap really love
your way of teaching
It's my pleasure
Giving link 🔗 in description is the best thing.....
LOVELY CLASS SIR.
THOUGH I HAVE A DOUBT,AT 23.19,AT THE TIME WHEN WE ARE FINDING CLAMP FORCE,ANGLE SHOULD BE 90-THETA.
Doubt : 23:5 (pi-theta) ki jagah (pi/2-theta) kyu nhi h ???
its our error dear
90-theta hi hoga
@@mohitgoenka99 Thanku so much sir ❤️
thanks so much sir this is what I exactly needed at this point of time! every other video on yt either contains long theory sessions or just questions without explaining properly the concept used. HERE I GOT YOUR VIDEO AND THIS HELPED SO MUCH AND SAVED LOT OF TIME Which would be wasted by so long one-shot videos. '''THANKU SO SO SO MUCH SIR''' great respect for best content ever 🥰🥰🥰🥰🥰
keep learning dear
29:20 sir yaha pe 2T nahi lenge kya ? Because dono side se spring balance khich rahi hai?
Sir is the formula of clamp force also root over t²+t²+2t²cos(pi/2-theta)?
Thank you so much sir...your efforts gives me an infinite boost❤️
You're most welcome
sir i dont understand how you manage to make us revise everything so perfectly in short time...sir u are so amazing....i dont have words
thanx dear for such a lovely comment
sir after watching is and solving all the top 2023 and 2022 question u have provided is that enough for jee mains january attempt
12:36 IMPORTANT
EXAMPLE AT 23:10 IMPORTANT
sir iske printable notes available krwa do pplz , it would be a great help