String Waves (Part-1) | Wave Equation | Wave Speed | PYQs | JEE Physics | Mohit Sir (IIT KGP)

Timestamp
00:00 Introduction
00:11 Topics to be discussed
01:11 All links for Revision series
01:45 Transverse vs Longitudinal Waves
03:22 Travelling vs Standing Waves
04:12 Wave Equation (on String Waves)
07:40 Path and Phase Difference
09:02 Direction of Wave Motion Through Equation
10:00 Particle Velocity and Acceleration
12:51 Particle Direction at time t (2 Methods)
15:40 Questions on Wave Equations (PYQs)
24:31 Wave Speed on Strings Formulae
25:12 Questions on Wave Speed on Strings
33:31 Average Power and Intensity Transmitted
34:46 PYQs Link

Wave Motion One shot
Revision Checklist of Wave Motion
Revision Checklist of String Waves

Wave Motion for JEE Main is an essential topic to be thoroughly prepared because of number of questions asked from this topic. Coverage extends from basics of simple harmonic wave, velocity and acceleration of medium particles in a wave, string waves, Wave direction, Wave speed formulae and previous year questions.

In this physics video lecture, Mohit Goenka sir is covering all the aspects of the topic waves on which questions can be asked in JEE and NEET.

#StringWaves #Revision #Eduniti #JEE2022 #JEEPhysics #IITJEE #Wavemotion #JEEMain #Physics #Class11 #Revisionchecklist #JEE2023

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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[surendrajhawar]

Amazing ..did this chapter last year and no revision after that..and still understood every single bit of it .

[shorya]

far better than 10 hours lec of it.
you are the saviour

[chirag]

this was the only missing piece in the puzzle.the revision series is complete now and i cannot thank you enough❤

[satyam]

Studying this chapter for the first time for the sake of not leaving any topic

[Xavier-el]

The reason y this channel is not getting more popular or subscribers is because "WE DONT WANT TO INCREASE COMPETITION "
Sorry sir plz dont ask us to share your content with our friends now, after our jee we will recommended it to all !!!!😅

[easym]

I regret that why i didn't found this channel early in 11th. 😢❤but *it's never late* is the only words made for mohit sir. Who can made a student low marks in physics to a student who is not less than top markers today with confidence

[makeupyours]

Sir, u r a bliss for students like us who can't afford coaching classess ..lots of respect to u...

[-hc__]

Sir my coaching has failed me. The physics "teacher" literally swept through this chapter in 2 hours and just made us write theory and didn't even explain it. I'm self studying from Cengage and this just boosted my understanding to the next level. Thank you so much <3.

[hypocratus]

Loved the constant acceleration approach for the time take by impulse to reach one end to another . I always wrote velocity as dy/dt and integrated from 0 to L unnecessarily while I could have used simple kinematics equations . Thanks sir!

[shoestohats]

I just Fallen in love with physics ...Thank u sir

[Khush.vs.universe]

Sir i'm not able to understand this from my coaching but now it's like crystal clear, thanks a lot ❤️🙏
And sir iska short notes agar upload hai to link dedijiye reply mai nhi to wait for notes.
Thank you again 😊

[yashx_]

This revision lecture is way better than other teachers explaining waves in 7-8 hrs thank you sir for short and accurate slides with detailed concepts.

[aksharapal]

I studied this chapter twice in my institute normal class as well as rev session...never understood the basics that well. These 30 min were better than their hours.

[rtf]

Amazing session sir.. And the way u elaborate and explain tough concepts is fantastic..

[kartikmantri]

extremely good explanation
at 22:40 we can directly eliminate option through direction and a would be correct
thank u

[aspirant_IIT-KGP]

Note for future reference : Jab particle ki velocity ki baat ati hai!..why don't you use w√A²-y² formula directly!!!!
Vel of wave from eq : t ka term/ x ka term or w/k

[HARSHSINGH-zqsb]

This channel deserves million of subscribers ....concept + pyq crystal clear😊

[blackabyss]

that binomial approximation method was very helpful and something i'll be using from now for such calculations thanks a lot!!

[dr.vandanaskumar]

Sir I appreciate to see your efforts and very happy to see your content so, please you can bring full detailed lecture of chapters so it will help many students alot.

[josuke]

Can't thank you enough sir. My physics exam is on Monday (11th finals) . And waves is a bit scary (atleast for me) so I am glad you uploaded this today! Waiting for part 2 (I hope it's uploaded before Sunday, if not, no problem 👍)