*Do Like and Share* 🔥 Eduniti_Gold Mine Link - bit.ly/2VhOGFF 🔥 ✅SHM PDF Link - bit.ly/3D9G85o 🔥 Physics Formulae Revision Playlist - bit.ly/3eBbib9 ✅JULY Attempt Solution JEE Main 2021 PLAYLIST - bit.ly/3iptRRP 👇 SHM JEE Main PYQs Solutions 👇 JEE Main 2021 February Solutions - ruclips.net/video/OwW7p8D58nQ/видео.html JEE Main 2021 March Solutions - ruclips.net/video/an5nx2izDmA/видео.html JEE Main 2021 July Solutions - ruclips.net/video/9k7YTxZJvnQ/видео.html TOP 10 PYQs - ruclips.net/video/rgVMO0ngfTc/видео.html
sir please its a request next rbd ke formulae revision plzz wohi chapter ek miss kiya hai fluids baad me laiyega pehle rotation plzzzzzzzzzzzzzzz its a request
I've been following this channel for approx. 3 months now and one of the best things about it in my opinion is that they literally waste zero seconds of the video in promotion or endorsement and that's very important. AS STUDENTS specially JEE 2022 Aspirants we are already short on time, so this is exactly what we need, Short and Crisp to-the-point- videos. Really Appreciate you Sir :)
Timestamps: 00:00 Introduction 01:19 Kinematics/Energy of SHM 09:02 Steps to find time period 10:19 Spring block & simple pendulum 12:12 Spring block (under presence of constant force) 13:35 Combination of spring 14:44 Spring cut 13:35 Two block system 16:15 Block in liquid 17:23 SHM of piston in cylinder 18:40 SHM in tunnel in a planet 19:43 SHM of charge 20:42 Physical pendulum 21:39 Torsional pendulum 22:44 SHM of dipole in field 23:10 T of simple pendulum 22:53 Superposition of SHM 25:57 Must watch - Amplitude Variation in Damped Oscillation 😇 Just to appreciate your Hard Work... Thanks Mohit sir ... You are now my Fav Physics Teacher :)
-mean position is NOT the natural length, it is the point where net force is zero. -initial phase angle depends on initial value of x, initial direction of v and sin/cos form
It's unbelievable! I read my coaching notes and then watched this video, Sir has covered almost every topic in just less than 30 minutes. Of course there is no derivations. Hats off sir ❤
A comprehensive revision of Simple Harmonic Motion (SHM) covering key concepts, formulas, and energy principles is provided. The video discusses the time period determination for spring blocks and pendulums, energy conservation, and graphical interpretations, while emphasizing the importance of understanding displacement, forces, and the behavior of oscillating systems. Highlights: 01:22 Simple Harmonic Motion (SHM) is a fundamental concept in physics, where the net force on a particle is zero at the mean position. Understanding SHM allows us to analyze various physical systems and their periodic behavior. -The construction of SHM involves understanding the forces acting on a particle and how they lead to motion. This is crucial for systems such as springs and pendulums. -The significance of the mean position in SHM is that it represents the equilibrium state where forces balance. Displacement from this position results in restoring forces that initiate motion. -The formulas governing SHM, including the relationship between angular frequency and time period, are essential for predicting the behavior of oscillatory systems. Mastery of these concepts is vital for further studies in physics. 06:01 The video discusses the principles of kinetic and potential energy, emphasizing that total energy remains constant in a closed system. Understanding these concepts is crucial for analyzing oscillatory motion effectively. -The relationship between kinetic energy and potential energy is illustrated through graphs, showing how energy transforms during oscillations. The graphs help visualize energy conservation. -The significance of time in oscillatory motion is addressed, highlighting how long it takes for a particle to complete a full oscillation. This timing is essential for calculations in physics. -Discussion of the mean position and extreme positions in oscillatory motion is crucial for understanding energy distribution. Recognizing these positions helps in solving related problems accurately. 08:11 Understanding the positions and movements of particles is crucial in physics. The concepts of mean position, displacement, and the forces acting on particles can clarify complex physical behaviors. -The mean position of a particle determines its direction of movement, either to the right or the left. When the particle's face is at zero degrees, it moves to the right. -Displacement is essential in understanding a particle's motion. It involves determining how far the particle is from its mean position and the forces acting on it. -Different methods can be used to analyze the time period of a particle's movements. The video suggests both linear and energy methods for calculating these aspects. 12:14 Understanding the behavior of springs in systems is crucial for grasping principles of physics. The arrangement of springs affects their functionality and the forces experienced within the system. -The concept of mean position in spring systems plays a significant role in determining the forces acting on the spring. This influences how springs will behave under various conditions. -Spring constants and their application in calculating the behavior of springs under tension or compression are essential. These constants help predict the spring's response to forces applied. -Mass reduction and its impact on the oscillation period of spring systems are critical for understanding dynamics. This concept illustrates how the mass connected to a spring affects its motion. 16:17 The behavior of liquids and gases under pressure can lead to changes in their volume and density. Understanding these physical properties is essential for predicting how substances respond to external forces. -The density of liquids can change when subjected to pressure, influencing how they behave in various applications. This phenomenon is crucial in fields such as engineering and physics. -The discussion about compressing gases highlights the relationship between pressure, volume, and restoring forces, which are fundamental in mechanics. This understanding is critical in designing systems involving gases. -The concept of isothermal processes indicates that temperature remains constant during changes in state, affecting how gases and liquids interact under pressure. This principle is vital in thermodynamics. 20:21 Understanding the behavior of a pendulum involves grasping concepts like moment of inertia and torque. These principles illustrate the relationship between force and motion in physical systems. -The moment of inertia is crucial for understanding how a body rotates around a pivot point. It determines the resistance to changes in rotational motion. -Torque plays a significant role in the dynamics of pendulum motion. It is the rotational equivalent of linear force, influencing how the pendulum swings. -Different conditions affect the time period of a pendulum. Understanding these variations helps in predicting pendulum behavior in various physical scenarios. 24:25 The discussion focuses on a calculation involving angles and references for certain parameters in a specific context. It emphasizes the importance of correct references to achieve accurate results. -The video provides an example using specific values like 130 valleys per degree and 40 tips. This helps illustrate the calculation process clearly. -Understanding how to calculate differences in angles is crucial. The speaker emphasizes the need for careful reference to achieve correct results. -The importance of sharing and subscribing to the channel is mentioned. This encourages viewers to engage further with similar content for better understanding.
bhushan) 00:00 Introduction 01:19 Kinematics/Energy of SHM 09:02 Steps to find time period 10:17 Spring block & simple pendulum 12:11 Spring block (under presence of constant force) 13:35 Combination of spring 14:44 Spring cut 15:35 Two block system (Reduced Mass) 16:15 Block in liquid 17:23 SHM of piston in cylinder 18:40 SHM in tunnel in a planet 19:43 SHM of charge 20:42 Physical pendulum 21:39 Torsional pendulum 22:44 SHM of dipole in field (Electric and magnetic dipole) 23:10 T of simple pendulum (effective gravity application) 23:52 Superposition of SHM 25:55 Must watch - Amplitude Variation in Damped Oscillation
If one observes carefully, even the level-up topics which are discussed in batches and respective classes haven't been left untouched. You deserve applause Sir.❤
1st time I'm fully clear of SHM concepts and that too in a short amount of time ! I remember when i used to learn this in Coaching in 11th and they used to stretch this much for 10-20 days! Still i believe these 26 minutes are more productive 🙂!
12:50 For a constant external force , for a spring case 14:39 Grouping is just like capacitors 14:50 Spring cut mein K*l = constant For a two block system connected by a spring , remember the reduced mass concept 19:43 We will use g = g surface for a tunnel 14:34 Whenever two springs are in parallels , they will be compressed/extended by the same length when a force is applied (easy way to check if springs are in series or parallels)
I'm now regretting that I can't find the channel earlier :( appreciating your hardwork bhaiya I'm going to giving my last attempt in the next two days I will make sure that this channel will be useful for my juniors also 😊❤️
#day4 21:40 yes sir maine aaj MEC practice kiyaa usme torsional pendulum ka bhut use hua---: c(thetha)= NIAB TQSM SIR ❤ for your efforts #learnlikeneverbefore
I never knew that this short video could help me so much. Done with almost all the lectures of SHM but still my understanding was not having that clarity. I was feeling low until I watched this video. Earlier I asked a few Jee aspirants (seniors) if they faced the same issue in this chapter but all of them replied that they left the chapter as a whole! Which was not possible for me. So I tried and tried to understand a lot but this video is the literal solution of every trouble I was facing till now. May be this comment will make you think as if I am buttering but nah I am being super honest here. Thank you so much sir. And lastly "questions ban rahe hai"
i am so happy to have found this channel ...........no extra nonsense and sir explains to the point ...simple and concise ..............thank u so much sir
Sir do we have to remember all the time period equations you mentioned?Like can you mention which ones are more important to remember as a result and which ones are better to just derive(like i can derive some of them easily like the dipole ones)
regretting so much sir that i didnt find this channel earlier☹ found it just 1 day before jee attempt. sir but u are really underrated. best revision playlist ever i swear. had i found out earlier,i bet there would be so much addition in result. ur the best sir...
Literally speaking He covered each and every concepts of SHM in a very less time Its Bravo 👏 🙌 I SEEN this Channel first time Now I will revise my complete Syllabus from here 😊
Hello sir wave motion and sound complete with pyq Now doing shm Give me heart So that I will gain more and more speed to complete my revision Edit : next chapter will 1D2D NLM and WPE in one go
Straight up best video for revision. Even if you understand the topics you can watch this video to even get a firm grip on topics thanks to his way of presenting the topics
bro dont waste time on youtube its my experience just give 30-40 min thats all everyine wants views if u didnt like this u are still in this trap means@@topper8944
Can i prepare from this series with zero knowledge as 4 minths left for jee i dont have time to listen complete videos so can i just listen theese classes and practice please any one reply
Sirr.. kya kahe is lec k baare me mtlb mja aa gya.. starting me koi video ki length dekhkr soch hi nahi sakta ki isme itne sare concepts covered hai pr the level of content is woww and itne kam time me unbelievable.. hats of to u sirr🙏🙏
Sir plsss fliud kai formula par bhi ek. Video bana digiyaiiii🙏🙏🙏...I have watched all your gold mine series videos...it is really helpfull...Hope you will also make for fluid ..Thank you so much sir
my frst attempt was wasted becoz my main major problem is language and in my village did not have coaching so i did not attend single question in jee main jan 2023 in physics section 😔😭.but now i able to understand hindi language samajnega i finished mechanics and magnetism and current never give up .all are aim for 80 plus . but i aim for physics 2nd attempt 95 plus you are my major help i did not beleive i study physics like this god bless you sir love from near rameshwaram tamilnadu💝
@@alltimefire545 bhai ek baar kahi padha ho to yaha padhne se phir jyada benefit milta h direct yaha aana main recommend nhi krunga bt for revision this is best
*Do Like and Share*
🔥 Eduniti_Gold Mine Link - bit.ly/2VhOGFF 🔥
✅SHM PDF Link - bit.ly/3D9G85o
🔥 Physics Formulae Revision Playlist - bit.ly/3eBbib9
✅JULY Attempt Solution JEE Main 2021 PLAYLIST - bit.ly/3iptRRP
👇 SHM JEE Main PYQs Solutions 👇
JEE Main 2021 February Solutions - ruclips.net/video/OwW7p8D58nQ/видео.html
JEE Main 2021 March Solutions - ruclips.net/video/an5nx2izDmA/видео.html
JEE Main 2021 July Solutions - ruclips.net/video/9k7YTxZJvnQ/видео.html
TOP 10 PYQs - ruclips.net/video/rgVMO0ngfTc/видео.html
Sir fluid
sir please its a request next rbd ke formulae revision plzz wohi chapter ek miss kiya hai fluids baad me laiyega pehle rotation plzzzzzzzzzzzzzzz its a request
Ek baar clear kr do ki ye a=-w²x me w kya hota h angular frequency ya angular velocity 🤔🤔
@@vishnubishnoi4621 angular frequency
Sir you are my god
I've been following this channel for approx. 3 months now and one of the best things about it in my opinion is that they literally waste zero seconds of the video in promotion or endorsement and that's very important. AS STUDENTS specially JEE 2022 Aspirants we are already short on time, so this is exactly what we need, Short and Crisp to-the-point- videos. Really Appreciate you Sir :)
great dear
Kya shm ke liye hme rotational motion and center of mass ka concept aana chaiye ya nhi
@@nikitasaha6552 yes.
Yes true
@@nikitasaha6552 no
Timestamps:
00:00 Introduction
01:19 Kinematics/Energy of SHM
09:02 Steps to find time period
10:19 Spring block & simple pendulum
12:12 Spring block (under presence of constant force)
13:35 Combination of spring
14:44 Spring cut
13:35 Two block system
16:15 Block in liquid
17:23 SHM of piston in cylinder
18:40 SHM in tunnel in a planet
19:43 SHM of charge
20:42 Physical pendulum
21:39 Torsional pendulum
22:44 SHM of dipole in field
23:10 T of simple pendulum
22:53 Superposition of SHM
25:57 Must watch - Amplitude Variation in Damped Oscillation 😇
Just to appreciate your Hard Work...
Thanks Mohit sir ... You are now my Fav Physics Teacher :)
Thank you soo much dear. Updated this in description box.
@@mohitgoenka99 sir aap ki wajah se physics me confidence bahut baad gya hai :)
@@mohitgoenka99 sir ,, revising the WAVES and OSCILLATION to end the 11th physics revsion✌️,,,,I have commented few hours ago in fluids mechanics ,,,😄
Finally completed this ch😭. Left this one in jan session 1. Thank you sir 🩷🩷. Saare concepts clear hogye
-mean position is NOT the natural length, it is the point where net force is zero.
-initial phase angle depends on initial value of x, initial direction of v and sin/cos form
It's unbelievable! I read my coaching notes and then watched this video, Sir has covered almost every topic in just less than 30 minutes. Of course there is no derivations.
Hats off sir ❤
Is this lecture helpful for us if we haven't studied this chapter?
@@Mansii_016 Yes, as almost all the important points are covered.
@@blaze8783 thanks a lot🙂
@@Mansii_016It's for revision only
best TEACHER FOR PHYSICS . VERY EFFECTIVE
Thnx dear
A comprehensive revision of Simple Harmonic Motion (SHM) covering key concepts, formulas, and energy principles is provided. The video discusses the time period determination for spring blocks and pendulums, energy conservation, and graphical interpretations, while emphasizing the importance of understanding displacement, forces, and the behavior of oscillating systems.
Highlights:
01:22 Simple Harmonic Motion (SHM) is a fundamental concept in physics, where the net force on a particle is zero at the mean position. Understanding SHM allows us to analyze various physical systems and their periodic behavior.
-The construction of SHM involves understanding the forces acting on a particle and how they lead to motion. This is crucial for systems such as springs and pendulums.
-The significance of the mean position in SHM is that it represents the equilibrium state where forces balance. Displacement from this position results in restoring forces that initiate motion.
-The formulas governing SHM, including the relationship between angular frequency and time period, are essential for predicting the behavior of oscillatory systems. Mastery of these concepts is vital for further studies in physics.
06:01 The video discusses the principles of kinetic and potential energy, emphasizing that total energy remains constant in a closed system. Understanding these concepts is crucial for analyzing oscillatory motion effectively.
-The relationship between kinetic energy and potential energy is illustrated through graphs, showing how energy transforms during oscillations. The graphs help visualize energy conservation.
-The significance of time in oscillatory motion is addressed, highlighting how long it takes for a particle to complete a full oscillation. This timing is essential for calculations in physics.
-Discussion of the mean position and extreme positions in oscillatory motion is crucial for understanding energy distribution. Recognizing these positions helps in solving related problems accurately.
08:11 Understanding the positions and movements of particles is crucial in physics. The concepts of mean position, displacement, and the forces acting on particles can clarify complex physical behaviors.
-The mean position of a particle determines its direction of movement, either to the right or the left. When the particle's face is at zero degrees, it moves to the right.
-Displacement is essential in understanding a particle's motion. It involves determining how far the particle is from its mean position and the forces acting on it.
-Different methods can be used to analyze the time period of a particle's movements. The video suggests both linear and energy methods for calculating these aspects.
12:14 Understanding the behavior of springs in systems is crucial for grasping principles of physics. The arrangement of springs affects their functionality and the forces experienced within the system.
-The concept of mean position in spring systems plays a significant role in determining the forces acting on the spring. This influences how springs will behave under various conditions.
-Spring constants and their application in calculating the behavior of springs under tension or compression are essential. These constants help predict the spring's response to forces applied.
-Mass reduction and its impact on the oscillation period of spring systems are critical for understanding dynamics. This concept illustrates how the mass connected to a spring affects its motion.
16:17 The behavior of liquids and gases under pressure can lead to changes in their volume and density. Understanding these physical properties is essential for predicting how substances respond to external forces.
-The density of liquids can change when subjected to pressure, influencing how they behave in various applications. This phenomenon is crucial in fields such as engineering and physics.
-The discussion about compressing gases highlights the relationship between pressure, volume, and restoring forces, which are fundamental in mechanics. This understanding is critical in designing systems involving gases.
-The concept of isothermal processes indicates that temperature remains constant during changes in state, affecting how gases and liquids interact under pressure. This principle is vital in thermodynamics.
20:21 Understanding the behavior of a pendulum involves grasping concepts like moment of inertia and torque. These principles illustrate the relationship between force and motion in physical systems.
-The moment of inertia is crucial for understanding how a body rotates around a pivot point. It determines the resistance to changes in rotational motion.
-Torque plays a significant role in the dynamics of pendulum motion. It is the rotational equivalent of linear force, influencing how the pendulum swings.
-Different conditions affect the time period of a pendulum. Understanding these variations helps in predicting pendulum behavior in various physical scenarios.
24:25 The discussion focuses on a calculation involving angles and references for certain parameters in a specific context. It emphasizes the importance of correct references to achieve accurate results.
-The video provides an example using specific values like 130 valleys per degree and 40 tips. This helps illustrate the calculation process clearly.
-Understanding how to calculate differences in angles is crucial. The speaker emphasizes the need for careful reference to achieve correct results.
-The importance of sharing and subscribing to the channel is mentioned. This encourages viewers to engage further with similar content for better understanding.
Bro you wrote a lot😯
bhushan)
00:00 Introduction
01:19 Kinematics/Energy of SHM
09:02 Steps to find time period
10:17 Spring block & simple pendulum
12:11 Spring block (under presence of constant force)
13:35 Combination of spring
14:44 Spring cut
15:35 Two block system (Reduced Mass)
16:15 Block in liquid
17:23 SHM of piston in cylinder
18:40 SHM in tunnel in a planet
19:43 SHM of charge
20:42 Physical pendulum
21:39 Torsional pendulum
22:44 SHM of dipole in field (Electric and magnetic dipole)
23:10 T of simple pendulum (effective gravity application)
23:52 Superposition of SHM
25:55 Must watch - Amplitude Variation in Damped Oscillation
very good dear
keep learning and solving
If one observes carefully, even the level-up topics which are discussed in batches and respective classes haven't been left untouched.
You deserve applause Sir.❤
Sirji please don’t collaborate with anyone . You are going to overcome every one . Honestly you are best teacher for physics ❤
keep learning dear
wish you very best
he is literally refining us in physics, sir i love u sooo much, much respect to u sir
Love this channel , best thing is Mohit sir directly comes to the point no rubbish talk or anything and his pyq , LOVED IT
LOVE FROM NAGPUR
i am from chhindwara....near nagpur
Thank you sir you're amazing. The best thing about you is that you're explanation is very easy . 🙏🙏
1st time I'm fully clear of SHM concepts and that too in a short amount of time !
I remember when i used to learn this in Coaching in 11th and they used to stretch this much for 10-20 days! Still i believe these 26 minutes are more productive 🙂!
I wish I found this channel earlier
Sir your channel is a hidden treasure on this platform
I Know you are taking so much efforts for us sir . may god bless you ❤. please don't stop this till JEE ADVANCED . so much thanks sir
Anyone in 2025 ??
Yess😊
Yuupp
2069 wala hu
Hi
Yesterday found out this channel..
Nd it is soo helpfull....
❤❤ Tq sir
Welcome 👍
Sir apke concepts ek dum crystal clear samaj me ate hai .
Love you sir. Bas aise hi padhate rehna.😀
You have our full support.
No doubt this man will reach great hights.. Ur hardwork is really unbelievable..
12:50 For a constant external force , for a spring case
14:39 Grouping is just like capacitors
14:50 Spring cut mein K*l = constant
For a two block system connected by a spring , remember the reduced mass concept
19:43 We will use g = g surface for a tunnel
14:34 Whenever two springs are in parallels , they will be compressed/extended by the same length when a force is applied (easy way to check if springs are in series or parallels)
I'm now regretting that I can't find the channel earlier :( appreciating your hardwork bhaiya I'm going to giving my last attempt in the next two days I will make sure that this channel will be useful for my juniors also 😊❤️
thank you so much dear
aapka last attempt kaisa tha
kitni percentile aayi bro
Hogya fail
@@ChargesheetaccountantBC tu bhi hoga fail aur 13.5 lakh fail honge bus 50k ko kuch milega
#day4 21:40 yes sir maine aaj MEC practice kiyaa usme torsional pendulum ka bhut use hua---: c(thetha)= NIAB
TQSM SIR ❤ for your efforts #learnlikeneverbefore
Myyyyy goddddd....he is the god of physicssss for reall❤..
Better than my coaching teachers ❤❤... hope you grow soon sirrr....we all lysm💓💕
well done on completing it
keep learning and solving
Love you all for all the love
SIR I GOTTA ADMIT , YOU'RE ONE OF THE BEST PHYSICS TEACHERS I'VE EVER STUDIED FROM !
Me here after 1 year 🥹🥹
Right now in NIT Jaipur
A big thanks to sir ❤️
Bhaiya plz give some tips preparing for jee 2024!
Bhaii sirf yeh dekh sakte hai kya agar basics clear ho toh ya 8 hour long videos dekhne padenge
thank you so much sir for this video. really helped a lot !!!
Ekdum jhukega nahi type channel for JEE PHYSICS.....🔥🔥🔥🔥
THANKU BHAIYA
welcome
11:08 in case of simple pendulum if theta is not very small then it will be not SHM equation because it will be proportional to Sintheta not theta
true
Thanks Bhaiya 😊🙏 U r role model for self study students!
It's my pleasure
i am afraid that your videos are going to increase the competetion
Reality broooooo
I never knew that this short video could help me so much. Done with almost all the lectures of SHM but still my understanding was not having that clarity. I was feeling low until I watched this video. Earlier I asked a few Jee aspirants (seniors) if they faced the same issue in this chapter but all of them replied that they left the chapter as a whole! Which was not possible for me. So I tried and tried to understand a lot but this video is the literal solution of every trouble I was facing till now. May be this comment will make you think as if I am buttering but nah I am being super honest here. Thank you so much sir. And lastly "questions ban rahe hai"
Same mere sath bhi yhi hua....fir iske baad confidence aaya h finally
Sach bolu to aacha lagta jab koi itna aacha se smjhata hai to... LOVE YOU SIR
nothing is more exciting than watching your short and crisp revision videos sir.. those 5 hr lectures make us tired in 15 mins!!
Glad to hear that
keep learning and solving with Eduniti
true!
i am so happy to have found this channel ...........no extra nonsense and sir explains to the point ...simple and concise ..............thank u so much sir
sir next fluid mechanic please.
Yes sir please
Yes sir
Yes sir please include surface tesion, viscosity also ..and sir one request,,if you could please upload it before 27🙏
@@nairaagrawal8531 please 🥺
Plz
Wish we had someone like him for maths and chemistry tooo 😭😭😭😭😭
Yeh ananya ur right 😢
No one would believe that sir makes us revise the complete chapter in less than 30 minutes!
Thanks again❤
keep learning and solving
Literally my coaching sir refer me this channel and I am shocked after seeing your content sir Thanks for everything ❤❤
Sir the way U explain concepts direct enters in my mind ❤️ ❤️
Keep watching
Sir do we have to remember all the time period equations you mentioned?Like can you mention which ones are more important to remember as a result and which ones are better to just derive(like i can derive some of them easily like the dipole ones)
derive most of it
I feel blessed to discover this channel just 2 months before jee 2023 , My physics problem solving ability improved allot.
excellent dear
Jisne yeh topic phle nhi pda who bhi dekh skta hai??
@@mohitgoenka99 Basics patha honi chahiye
Bhai phle nhi pda jee ke liye pd rha hu
@@hudsbvjdfabud7328 koi bhaat nhi formula revision karlo ,aur pyqs khud se solve krne ki koshish karo.
regretting so much sir that i didnt find this channel earlier☹ found it just 1 day before jee attempt. sir but u are really underrated. best revision playlist ever i swear. had i found out earlier,i bet there would be so much addition in result. ur the best sir...
Thanks and welcome
Drop lelo😁
@@psykon7148 pachvi manjil se???
@@vashudevjha7121 chatthi s hi hoga kuch (mere dost n prove kra ye)
awesome and time saving explanation
Glad you think so!
Just one word
Brilliant🤩
thnx dear
THE BESTEST VIDEO ON SHM EVER!!🔥🔥
revised ✅ thank you sir ❤
very good dear
keep learning and solving
Literally speaking He covered each and every concepts of SHM in a very less time Its Bravo 👏 🙌
I SEEN this Channel first time Now I will revise my complete Syllabus from here 😊
Thanks a ton
Hello sir wave motion and sound complete with pyq
Now doing shm
Give me heart
So that I will gain more and more speed to complete my revision
Edit : next chapter will 1D2D NLM and WPE in one go
all topics are clearly covered in a single video just amazing❤
Revised 5x thank you sir ji 🙏🏻✨❤️
Revision for solve top 200 question....this is 2nd times
well done on completing it
keep learning and solving
7:31 imp
9:03
12:55
15:15 reduced mass
16:24 fluids
20:43
Straight up best video for revision. Even if you understand the topics you can watch this video to even get a firm grip on topics thanks to his way of presenting the topics
*jyada hi topics-topics ho gaya:-P
keep solving & learning
#learnlikeneverbefore
Thanks mohit sir, because of you i understood this chapter very clearly
very good dear
keep learning and solving
Pranam guruji, sir by blindly follow your series I Crack 99.8 %ile in jee main 2023
Thank you sir I am now in iitb mechanical
hey was you enrolled in any coaching ?
bro dont waste time on youtube its my experience just give 30-40 min thats all everyine wants views if u didnt like this u are still in this trap means@@topper8944
🫵🏻🧠👌🏻
Solved pyqs of shm from 2020-24 comfortably.....Thank you sir🙏
very good dear
keep learning and solving
Once again come to your channel but not for jee , this time for first year
Purani yaade yaad aagya
Revision Done! time to revise pyqs!
well done dear
Keep solving & learning
#learnlikeneverbefore
Amazing video 🤩
Never found such a quality video for revsion of physics.
Thank you very much sir 🙏
Most welcome dear
One the best teacher of physics i ever found......great sir ....i m very glad to find so effective series ❤
Can i prepare from this series with zero knowledge as 4 minths left for jee i dont have time to listen complete videos so can i just listen theese classes and practice please any one reply
karo dear
start karo yahan se
ho jaayega
So helpful and short and crisp video thank you sir❤
well done on completing it
keep learning and solving
Thank You Sir , 100% True Line "Learn Like Never Before"
tank you sir. This is one of the most horrifying chapter of JEE and you have made it so direct for us.
welcome dear.
One more step toward completing the planner given by you sir🔥🤞,
An absolute legend for us❤️
#proudtobeanedunitian
lovely dear
#learnlikeneverbefore
@@mohitgoenka99 thank you so much sir🙏
Thank you sir..Daily revise from your playlist❤❤❤u are 💎 🔸️ diamond💎
Sir The help you had done for us is very much precious than you think
the effort made in this video is clearly visibleee
Thank you bhaiya kal hi request kiya tha iske liye and aaj hi aapne upload kr diya ❤️❤️
here for mid sem 1st yr exams !! thanks sir
Jitna bhi shukriya kahu kam hai...🙏🙏 sir please apni blessings de🤗🤗🥰🥰
sir you give more confidence
that is remains
thanx dear
Thank u so much ♾ times sir 😃 bcoz i was requesting this lecture from past 2 weeks
Most welcome 😊
this video is far better than those 2 -3 hours one shot
THIS VIDEO LITERALLY MADE MY DAY!!💯
U SEEM TO BE IN SUPER HIGH FORM IN THIS VIDEO SIRJI!!🔥🔥
it feels like no i cant revise this thing in 30 min but even it happens seem like magic love u sir and thanku
Thank you, I thought i would leave this chapter. My concepts got refreshed 🔥🔥🔥
❤ed it As Usual
Sir
you surely are increasing competition....
great one sir
Thanks a ton
Are sir apne dil jeet liya yaar aap best teacher ho bhaiya 🌻❤️ mai iit complete krke definitely apke sath contribute kruga ❤️🌻
thanx for lovely words dear. You said all this, that's more than sufficient
25:44 Sir after knowing this trick I started to dance
The angle formula was very complicated to learn but this trick just crushed that formula
Love u
Sir each and every formulae is important and direct questions were coming from all the formulas mentioned in this pdf sir..Thnx a lot sir ❤❤
Most welcome
Sirr.. kya kahe is lec k baare me mtlb mja aa gya.. starting me koi video ki length dekhkr soch hi nahi sakta ki isme itne sare concepts covered hai pr the level of content is woww and itne kam time me unbelievable.. hats of to u sirr🙏🙏
keep learning dear
#learnlikeneverbefore
Love u sir. 😊 For taking my shm concept ❤️
Thnx dear
Revision ✅ thank you my favourite physics teacher mohit sir 🙏🏻❤️✨
lovely
Best revision playlist ever .. Thank you soo much sir 😄😄
Most welcome
Sir plss make phd video on plate capacitor problem
In which we have to redraw the diagram ❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️
I was waiting for this... for so long thankyou sir
Most welcome
Thnx a lot sir.❤ Understood my fav topic once again with clarity ❤ after 2 years gap
Glad to hear that
Sir plsss fliud kai formula par bhi ek. Video bana digiyaiiii🙏🙏🙏...I have watched all your gold mine series videos...it is really helpfull...Hope you will also make for fluid ..Thank you so much sir
We will try
@@mohitgoenka99 yes sir pls fluids par ek video plsss sir
Agar pehle nahi pada hai toh skip mardo ye chap sirf time waste hai itna lamaba v and hardly 1 question ate hai that too in occasional shift.
ALL CONCEPT COVERED ..SUPERB SIR 🧡🧡🧡🧡
Thanks sir for this, That Day i Seatched for this video but Got only Q's Now You Uploaded..🙏
All the best
Love u sir
Maine abhi s aapka channel follow Krna shuru kiya h for Jan attempt from the checklist pdf u have given
Thanku sir ❤❤❤❤❤❤
I cant Thank u sir .... Very Very Thanks I'm asking for it 2 weeks before but now my Requirment is fullfilled ..Thank u sir :)
Most welcome
my frst attempt was wasted becoz my main major problem is language and in my village did not have coaching so i did not attend single question in jee main jan 2023 in physics section 😔😭.but now i able to understand hindi language samajnega i finished mechanics and magnetism and current never give up .all are aim for 80 plus . but i aim for physics 2nd attempt 95 plus you are my major help i did not beleive i study physics like this god bless you sir love from near rameshwaram tamilnadu💝
wow waha jaha the great abdul kalam was born 🧑🔬
Me to from Tn Madurai
Thank You sir 😊
You help me a lot to revise the 11 th class chapters and also to do the undone chapters
Greatful forever♾️
It's my pleasure
A very big thank u sir for making this chapter the easiest ❤
Better Than 8 lectures of 1.5 hrs
isko pdna kafi hai for jee mains if i hv not studied??
@@alltimefire545 bhai ek baar kahi padha ho
to yaha padhne se phir jyada benefit milta h
direct yaha aana main recommend nhi krunga bt for revision this is best
@@DeathIsHere00000 i 2nd that
❤❤❤sir ap bht acha pdhate ho shm bht tough topic h muje bs yehi video dekh ke sb smj aya