lagrange equation from d'almbert principle (hindi)

amzn.to/2M8IjxB 👈 Classical Mechanics best book ( Herbert Goldstein)
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Mechanics best book ( JC Upadhyaya)
lagrange equation from d'alembert principle
lagrange equation from d'alembert principle in hindi
derivation of lagrange equation from d'alembert principle
lagrange equation of motion from d'alembert principle
lagrange equation from d'alembert's principle
#lagrange #equation #dalembert #principle #derivation #classicalmechanics #bscphysics #eduphile

[@urbilkumar4540]

Am a backbencher here..to say thank you 🙏 for explaining it in such a simple way..

[@SAIRAM99927]

This the best way of teaching by you sir .it is really appreciatable that you give best explaination in just 12 to 13 minutes.. outstanding...👌👌👌👌👌..

[@sudeshlucy1621]

3:47🐜 For a moment I felt like I had something on my phone😂😁but nice explanation sir thanks for the video.🙏

[@Eduphile]

Haha. Most Welcome. Keep Growing

[@ritikchourasiya239]

so there is someone who is focusing on my sub . thanks brother now i can easily do this.

[@Eduphile]

Most Welcome. Keep Growing

[@SGat1160]

Thank u so much sir 😊 Itna simple way me explain karne ke liye......

[@abhineetmishra1206]

Sir please make videos on applications of langrange's equation

[@bhargabrajbangshi661]

The simplest way of the explanation of lagrangian equation..thank you so much sir..😚

[@Eduphile]

Most Welcome. Keep Growing 🤗

[@studentdoubts8243]

Aap explain aacha se nhi ho rha hai

[@007acreed]

Add more videos on Classical mechanics

[@mojemparhai3468]

Eduhile channel helps me a lot in knowing physics. I really appreciate your hard work and dedicate to this channel. Keep growing sir. Sending you warm wishes with lots of love to this channel 💯🖤💝✌💕

[@Eduphile]

Thanks. Keep Growing 🤗❤️

[@aftabhussain5528]

I have a bunch of questions.. But the simple one is you put value of QK without delta qk

[@monster-theworldexplorer1409]

Yes.... Same here

[@singsongwriter8679]

I.e holonomic constant which doesn’t equal to zero neglect that

[@Radhecharan55]

Thank you so much sir Ifor this amazing explanation i was searching for correctly explanation but didn't find now am happy to find your channel

[@bhuvaneshwaranm5798]

i even don't know hindi but sill i can pretty clearly understand this. thankyou so much

[@Eduphile]

That's Great. Thanks

[@mehveshkhan1216]

Yh plz add all topics of classical mechanics best ever lecture thanks sir

[@Eduphile]

Most Welcome. Jyadatar videos available h aap yaha check kare Classical Mechanics: kzbin.info/aero/PLyTVFDODClZiotsuFj6llKmmiUFMxUp4L

[@mdtarifulislam773]

it's really helpful video.i think,there is no video in youtube such this video.

[@nandaniyaniru7126]

sir khub khub saras

[@Eduphile]

Thanks. Keep Growing

[@nidhivishwakarma8921]

Just amazing sir!! Sare point Kafi ache se explain kiye aapne..

[@clutchsamgaming8095]

Brilliantly explained sir🔥🔥🔥

[@user-mi9lj8nf7w]

Nice explanation , kafi easily aapne samajhaya thankyou so much

[@Eduphile]

Most Welcome. Keep Growing 🤗

[@Mahashree-c6v]

superb explanation... make easy topics is best teaching thing... and you have it thank you sir....

[@Eduphile]

Most Welcome. Keep Growing

[@mountainscenerynepal1082]

Thank you so much sir..🙏🙏 I understood very well... Student from Nepal..

[@Eduphile]

Most Welcome. Love from India

[@shivanandneginal5311]

But very short time we understand this clearly so thank you sir

[@AwarenesswithZeeshan]

Sir your explanation is so easy , big fan

[@Eduphile]

Thanks ☺️

[@Real_MAJOR]

Please sir...ese hi unit wise bnana videos mujhe bhut help mil rhi h...MSc. physics ki classical mechanics ki 1st unit apke video se sequence m h.... isi sequence m bnana sir video🙌🙌🙌🙌🙌thankyou sir✌✌✌

[@Eduphile]

Most Welcome. Keep Growing

[@knowledgeeducationwithpras6899]

Very simplest explanation...... Thanku sir......🙏

[@Eduphile]

Most Welcome. Keep Growing

[@uditkumbar8541]

Teaching method is simple but effective 👍💥

[@mitalipradhan1932]

Sir plz make more video on classical mechanics... thanks a lot sir

[@Eduphile]

Most Welcome, I shall try

[@kailashdas4263]

Very super and easiest explanation, Thank you sir

[@Eduphile]

Most Welcome. Keep Growing

[@UPENDRAKUMAR-kv2mc]

Sir, beautifully explained THANK YOU........................

[@Eduphile]

Most Welcome. Keep Growing

[@maryamzafar6012]

Thanku sir g maray paper tha or mujay ata hi ni tha but but ki explanation 👌👌 Kamal ki thi just ap ka sath sath write kai tu samaj a gi

[@Eduphile]

Most Welcome. Keep Growing

[@Scienceclass738]

Nice explanation 👍️👍️Simple way

[@RoshankumarChellagonda]

U are better than my iit prof 😅

[@Eduphile]

Thanks 😊

[@vandanasahu6267]

Thanks you so much sir 💗.... Very well explain 😊

[@Eduphile]

Most Welcome 🤗

[@dhaarnapaliwal3303]

Sir ye msc previous me topic hai lagrange equation in generalized coordinates msc Ye hi hai kya ye ?

[@Eduphile]

Aap apna syllabus k according check kariye dost Har university ka alag syllabus hota h

[@dhaarnapaliwal3303]

@@Eduphile pr topic ka. Name lagrange equation in generalized coordinates de rkha h to yhi topic h kya Esa puch rhi hu Mne totally bsc apke youtube k sahare ki thi

[@aksharasajeev9746]

thankyou sir your way of explanation is superb

[@Eduphile]

Most Welcome. Keep Growing

[@sonaparik4200]

Thanks sir,🙏 by your explanation I understood it very easily ....

[@Eduphile]

Most Welcome. Keep Growing

[@vineetkr8084]

Sir holomonic system ke liye bhi yahi expression hoga sir please reply 👍

[@vineetkr8084]

Reply please

[@vineetkr8084]

Reply please

[@vineetkr8084]

Reply please

[@vineetkr8084]

Reply please

[@Eduphile]

Yes

[@jannatara8978]

Do you have any video of Lagrangian equation for projectile motion? Please make it

[@kingofsciences2684]

Thank you🌸for such a wonderful explanation. ✨

[@Eduphile]

Most Welcome. Keep Growing

[@AreebaAhsan-e2z]

Is it for holonomic?

[@Eduphile]

Yes

[@muskan..8168]

Thank u very much..😊

[@Eduphile]

Most Welcome. Keep Growing

[@Harshpatel-yd3xb]

Very Interesting and Knowledgeable Video Sir Futher Also You can Understand every Video in very Liquid Language. This Video Make me Fan of Yours. Keep Going Ahead Sir🙏🙏🙏

[@Eduphile]

Thanks. Keep Growing 🤗

[@learnershub3679]

Very comprehensively explained. Thankyou 👍👍👍

[@Officialmehrozshaikh189]

sir u are the besttt teacher really sir

[@Eduphile]

Thanks. Keep Growing

[@kalpatarukar983]

Good explanation but please Stabilize your camera

[@bhupendrasahu6419]

Please make this video for gauge transformation of ED

[@hamidurrahman1860]

lot of tnx teacher,from Bangladesh

[@Eduphile]

Most Welcome. Keep Growing 🤗

[@nagendrayounger7979]

Bhai tu jitne vi pages use krta h uska v PDF banakar discreption me daal deta to achcha rhta

[@isayvisayv8618]

thank you ...it helps a lot in my mtech exam

[@tobompakba2923]

Thank u sooooo muuuccchhh ❣️❣️❣️.... This video really help me❣️❣️❣️

[@syedmoulali5991]

Very good explanation Thank u

[@Eduphile]

Most Welcome. Keep Growing

[@urmilabairagi2745]

Tq so much superb explain

[@geetavadar1852]

Sir aapne Rayleigh dessipative function k bare me koi video banaya hai??

[@Eduphile]

Ji nhi

[@All_about_fashionn]

Sir please make videos for MSc mathematical physics....

[@Eduphile]

I shall upload after electronics and some other videos

[@runkanaindravathi]

Sir dot product is there or not? Are you taking theta=0°?

[@ilmcuriosity9706]

Are wah sir .....I become fan of you.....

[@Eduphile]

Thanks. Keep Growing

[@shagunkapil5067]

Thanku so much sir🤗......can you please make videos on quantum mechanics topics like interpretation of wavefunction and other related topics of PG level ...pls sir

[@Eduphile]

Most Welcome. Some Videos of Quantum Mechanics are available. I shall try for pg level

[@shyamramdewasi760]

Sandar explanation Sir 💐💐

[@munsaffkhan617]

Pls add more vdeos in this series

[@Eduphile]

Please Check kariye Classical Mechanics: kzbin.info/aero/PLyTVFDODClZiotsuFj6llKmmiUFMxUp4L

[@vaibhavsharma5534]

Sir first kind aur d almbert dono.same hai kya

[@Eduphile]

Ye first kind kya h ?

[@vaibhavsharma5534]

@@Eduphile sir Lagrange equation of motion first kind

[@vaibhavsharma5534]

@@Eduphile to.kya aapne jo btaya d almbert principal aur Lagrange equation of motion first kind dono same hai

[@Eduphile]

@@vaibhavsharma5534 aap Classical k aur videos yaha pe check Kar sakte h including lagrangian and Hamiltonian Classical Mechanics: kzbin.info/aero/PLyTVFDODClZiotsuFj6llKmmiUFMxUp4L

[@vaibhavsharma5534]

@@Eduphile yes sir maine check kiya but mere ko confusion ye hai ki Lagrange equation and uska d almbert dono same hai ki alg alg

[@bhargavsoni765]

At 11:00 why delta qk left?

[@shobhakashyap2080]

Thank you sir 🙏🙏🙏🙏

[@Eduphile]

Most Welcome. Keep Growing

[@SSC.CGL_2.O]

Sir, plz explains the Bragg's law difraction with your note

[@syedfaizan5841]

Thanks for educating

[@fathimahassan953]

Thank you sir very helpful vedio

[@Eduphile]

Most Welcome. Keep Growing

[@strangeranjan]

Ye Kaha use Hota hai?

[@Eduphile]

To solve various problems in classical mechanics like simple pendulum , compound pendulum, Atwood machine, planetary motion, central force problem , two body problem , electrodynamics ma bhi Lagrangian Ka use h aur bhi bahut saare problems ko solve Karne k liye hota h Isme se aapko sabhi videos iss channel pe mil jaega

[@strangeranjan]

@@Eduphile ohh thank you, just started studying the classical mechanics by Goldstein book.... Muze jyaada samjh nhi aarha tha so I go through this video

[@Eduphile]

Most Welcome

[@Eduphile]

Most Welcome

[@earthinsider389]

Lagrange brackets bhi bataye

[@himanshujaiswal5923]

Well explain bhaiya but aap kyu nhi board pr likhte hai I humble request to you For write on board 🙏🙏

[@Eduphile]

Thanks for your feedback

[@amanraj3362]

Good explanation but shaky one. Please stable your camera 🙏

[@Eduphile]

Thanks. Now we have fixed this Problem

[@AnkitaPriyadarshaniAcharya]

Sir aap 7.48 time per del q dot kyun likha hai?? Uska explanation kyun nahi kii app

[@jaspreetmehra1429]

9:09 why 2 is not cancel with 2 sir?

[@AwarenesswithZeeshan]

Sir bhol gy 2 sy 1/2 sy cut jata ha

[@amirqureshi3082]

Thanks a lot sir for amazing explaination 🔥

[@Eduphile]

Most Welcome. Keep Growing

[@khanmaryam_0968]

Thanku so much sir........!

[@Eduphile]

Most Welcome. Keep Growing

[@chandanmeher1537]

Thank you sir .....all is well 🎉🎉🎉🎉🎉but I can't understand,after you wrote now in eqn 3 FiRi= Q But the correct value is Fi•Ri/qk = Q So how i will solve that

[@IManisha212]

Sir plz non Lagrange equation for non holonomic system k liye bhi kra do

[@Eduphile]

I shall try

[@IManisha212]

Ok sir

[@sagarverma4496]

Sir sum ka sign kab remove karte hai

[@Eduphile]

Video timing bataye ya phir Question bataye

[@sagarverma4496]

Lagrange's equation from de Alembert principal

[@sagarverma4496]

@@Eduphile sir agr aapka what's app number mil jai to kafi help ho jayegi meri

[@washimakram7381]

I am confused between summation of k(in jc upadhyay) & summation of j (in Goldstein) for virtual disp. So can i use any of them(j or k) for writing virtual disp.

[@arnabmondal2927]

j or k both are dummy variables.... So any of them can be used

[@someshkurade6719]

Sir its good..nice explanation..but if u use board for derivation means it could be better to understand

[@Eduphile]

Thanks for your feedback

[@hdgharat980]

I want this lecture notes.pls give me link of this pdf...

[@Eduphile]

Pdf nhi h . Uske liye sorry

[@badalsinghrajput.4735]

Tq so much sir🙏

[@Eduphile]

Most Welcome. Keep Growing

[@rabiayaqoobkhan1560]

Sr last ma delta qk kesy vanish hota ha

[@shivanandneginal5311]

Sir after finding both Fi. dri and pi. dri then during combining both values by d almbert principal how you take common (T-V) on both side is not possible to take common both side becouse dqk and dqk (dot) both are different . So how is it possible can you please explain this clearly please sir

[@ghanshyampaliwal3880]

All doubts are clear 😚thanks a lot sir 🙏 👍

[@Eduphile]

Most Welcome. Keep Growing

[@riyasahu-28]

Clear huva Sara dout

[@zahranasir4830]

Amazing sir

[@sonamkumari4170]

thanku so much 🌻🌻🌻

[@Eduphile]

Most Welcome. Keep Growing

[@syedfaizan5841]

Thanks a lot ❤️

[@divyasahu1909]

Sir ,Qk ke man rkhte ho del qr ka transfer kaha hota hai last page

[@piyushpandita8016]

Sir! Is it related to physics ? Bcoz mathematics also have such topics.

[@Eduphile]

Physics h dost

[@piyushpandita8016]

@@Eduphile actually I'm pursuing msc mathematics and that topic is very much similar. thank you.

[@Eduphile]

That's Great

[@anayamughal6486]

Ap ny arrow q ni lgaey hai vectors k upper??

[@Eduphile]

Aap laga le , thoda mess up ho jata h isliye

[@riyasahu-28]

बहुत ही सरल वेव में समझते हो सर 12mint का वीडियो 1घंटा लग समझने में । सर आप जो बताते हो उसमे बहुत ही डाउट रहता बहुत खराब चैनल है आपका भले आप जो भी समझो हमे ।

[@Android7kPlay]

Sir Kya aap canonical transformation ke liye new series start kar sakte hai😁😭😭😭

[@Eduphile]

Already upload h canonical transformation pe aap check kare

[@SaRah-il6rk]

Sir if you don't mind aap k lectures Ka written form nazar nhi ata camera focus na hony ki wajah say.... Mujy note krny mai issue hoti h... Plz agar ho saky to yeh problem solve krde.... Baqi lectures say bht asani hoti h humy samjhny mai.... Thanks

[@Eduphile]

Thanks for your feedback. Keep Growing

[@007acreed]

Thank you....... Bhai

[@Eduphile]

Most Welcome. Keep Growing

[@mr_saku123]

Bhaijaan kya ap what's app pe bhej sakte h note ye ap bhoot accha padhate h

[@pritikumarikumari2514]

Sir last me qk kaha gya jo second part me tha coefficient me 😢

[@syedshah8184]

Sir please upload a brief lecture on "velocity dependent potential and dissipation function ".. classical mechanics by Goldstien 3rd edition..page 22

[@Eduphile]

I shall try

[@syedshah8184]

thanks

[@mr_saku123]

Bhaijaan 1 st semester main kon kon sa topic padhte ye bata sakte h please

[@ZakiaKhanomTisha]

Thank you

[@Eduphile]

Most Welcome. Keep Growing

[@syedshah8184]

Exams are near..i need immediately..please sir..its a request...i tried my best from book but i didn't get it

[@robinhood4617]

Thank you so much

[@Eduphile]

Most Welcome. Keep Growing

[@arnabnath9286]

sir, eq no-5 ka sumation signe keya hoaga