constraints (hindi)

[@aarthyuma4282]

I spent shitload of money for my college and learning the concept by your channel! 😂Thank u so much!!

[@Eduphile]

That's Awesome. Thanks. Keep Growing

[@the_rude_boy_0007]

Same but studying from many channels

[@mangaluru_hudugi]

True bro

[@vandanabharti1433]

Sahi kahte ho bro 😅

[@gaana8467]

Us bro 🥲

[@arunodoygoswami8835]

Best explanation on constraints. I'm watching this now 2 days before my exam and now I'm confident my exam will go well. Thanks for the splendid explanation

[@Eduphile]

Most Welcome. Keep Growing

[@animals.and.nature]

Excellent and succinct explanation. Even the NPTEL lecture by professor from IIT Guwahati has not explained constraint motion as well as you have done.

[@Eduphile]

Thanks. Keep Growing 🤗. Check other videos as well

[@HarshKumar-yk6us]

I have also seen nptel videos they are useless.. My nit surat teacher is also useless 😀

[@durgaprasadnaik7738]

@@Eduphile Being a brilliant scholar and being an excellent teacher are two different things.
Sir you are just awesome.💚

[@smitdesai3949]

@@HarshKumar-yk6us which branch

[@rajan_iit]

same here from IIT Tirupati

[@revelpattnaik9916]

Great...! The most clear explaination about constraints....thanks sir....!

[@Eduphile]

Most Welcome. Keep Growing

[@mariyamsiddiqui1671]

I learned in 10 minute's here , what I have been hitting my head on for an hour

[@Eduphile]

Thanks. Keep Growing 🤗

[@kanakyadavgolu5875]

I spent time see many videos but learn this channel thank you so much sir

[@mathematicalssv3679]

Yes this channel is great

[@Eduphile]

Thanks ☺️

[@comradejahid]

Excellent explanation Sir.
Love from BD 🇧🇩

[@Eduphile]

Thanks. Keep Growing 🤗

[@saikatislam1221]

Me also from bd

[@IGCSEPhysics24]

sir i really like your method of teaching. thankyou very much. please keep it up for us

[@Eduphile]

Yeah Sure. Most Welcome. Keep Growing

[@Jyoti123-y]

Thanku so much sir, I learn easily the concept of constraint from yours video 😊but here is one declaration the constraints motion which is written in equation is called Bilateral constraint..🙂 instead of holonomic.....,

[@Eduphile]

Thanks , Actually hum pahle constraints ko 2 part ma classify karte h isliye Holonomic ko further classify kiya ja sakta h, Don’t worry , videos ko books k help se banaya Gaya h like J.C Upadhyaya and H.Goldstein along with internet

[@Jyoti123-y]

Thanku sir, but I see this topic in a pragati edition book like this , so I commented it 👍

[@Jyoti123-y]

After all, sir yours teaching methods helps a lot of students for understanding their concepts, ✨ thanku sir😊

[@Eduphile]

Most Welcome 🤗

[@SadavMansoori-h8l]

Sir phli bar aapse pda hai aap ne bahot achhe se pdaya lifetime yaad rahega❤

[@Eduphile]

Thanks ☺️

[@shudvhandari7643]

sir i watched your four five videos recently...and they are very good and easy to unnderstand...loved it....sir i humble request you to make video on hamilton principle for non holomic system plz sir,,,,my exam is coming ...i m waiting for your positive reply

[@Eduphile]

Most Welcome . I shall try

[@krishnalad7136]

It is too easy to understand constraints. Can you suggest a book of Classical Mechanics consisting these topics with examples..?

[@krishnalad7136]

Yes,I got it 👍

[@Eduphile]

H. Goldstein or J.C Upadhyaya

[@rajan_iit]

you have made nice playlist of classical mechanics . What I can't learn from IIT professors, you have taught here in a nice way.
but my one request is please provide notes of your video in description.

[@xboy2374]

same case

[@tarulika9145]

Thank you 🙂
Wish someone explained this much clear before .. 🤕

[@Eduphile]

Most Welcome. Keep Growing

[@alihasnainkhukhar9672]

I'm from Pakistan...
It's true that the Education has no Religion no Country... It's a neutral thing 😊😊
I was so upset about classical machenics.. But after consulting from Eduphie now I have done. Tomorrow is my paper and I am quite ready for this...
Thanks Sir! 😊

[@SandeepYadav-qr5lj]

Thanks bro to explain in the simple way .. thanks so much

[@Eduphile]

Most Welcome. Keep Growing

[@shubhangisurse301]

Thanks you sir ✨ very helpful series

[@Eduphile]

Always welcome

[@sachinsain7077]

Sir, please fix the camera on a stand it will increase our viewing experience....btw good explanation.

[@surajkikahaniya3572]

Sir kya aap generalised potential. Velocity and acceleration ke upar video upload kar sakte hai

[@sasukeuchiha5391]

Superb great job...

[@Eduphile]

Thanks. Keep Growing

[@Physicist_boy]

बहुत अच्छा samjhate ho sir 🙏 kya aap ke notes mil sakte hai kya sir 🙏 mere msc ke exam me likhna hai

[@Eduphile]

Most Welcome 🤗

[@anjananaik244]

Thank you sir for providing video which is help me for better understanding... Please upload Eulers Angle and Cayley- Klein parameter And coriolis effect

[@Eduphile]

Most Welcome. Keep Growing

[@AfrinKhanYT]

Thank You Soo Much Sir For Amazing Lectures...
Sir... Notes ka pdf mil sakta hai kya ...? Please

[@krishangikashyap6857]

Is tarah se toh har physical system ke mechanical motion mai constraint apply hota hai. Sir please reply

[@Eduphile]

Ji Haan

[@himanshitrivedi2776]

amazing video sir but camera bhut hil rha hai...ek fixed position me fix karke video banaiye plzz

[@ujjwalsankar2066]

Thank you sir..please give us the note in PDF format... very nice and useful video.

[@Eduphile]

Most Welcome. Keep Growing

[@animeshsinghal3405]

Thanks for the wonderful video. How is "puring rolling without slipping of a sphere" non-holonomic constraint? We can write v=r*omega at the point in contact with the ground. We are able to write the equation of constraint. But books say that this is Non holonomic

[@triptisrivastav8565]

which book is best for quantum mechanics

[@Eduphile]

D.J Griffiths, Nouredine Zettli

[@chhayacreator4063]

Sir aap notes bht achhi bnate h ..

[@beautyrani5052]

Sir ,,,,,,,plz explain ,,,,,What is monogenic constraints,,,,,,

[@sakshichhaware3771]

Tq so much sir.....for the wonderful explanation

[@Eduphile]

Most Welcome. Keep Growing

[@SENIOR_VEE_K]

Ap bahut aacha smjhate ho thanx

[@Eduphile]

Most Welcome. Keep Growing

[@soniMridul]

Thanks a lot sir. Fluent and helpful

[@Eduphile]

Most Welcome. Keep Growing

[@manoranjan6151]

Sir is this playlist is enough for csir net mathematics course
Because classical mechanics also there

[@HarshKumar-yk6us]

I have seen nptel videos they are useless.... My nit teacher is also useless... But your video is short as well as helpful 😀😀👍👍

[@Eduphile]

That's a big compliment . Thanks. Keep Growing

[@bhargavsoni765]

Thank u so much sir good explanation

[@Eduphile]

Most Welcome. Keep Growing

[@Dhananjaya112]

Helpful ❤️❤️

[@gekenango3277]

Please sir try to fixe the camera from some material...it's shaking and so disturbing 🙄

[@Eduphile]

Thanks for your feedback., Now we have improved the quality of camera

[@quantised1703]

9:30 if a glass particle is trapped in sphere, degree of freedom = 3 but the number of coordinates is also 3??

[@Eduphile]

No. of coordinates is only one that is angle theta .
Here angle will tell about position.
So we can say that is a coordinate

[@synthiaray8006]

Is useful for csir mathematical sciences paper or physical sciences

[@Eduphile]

Physical Science

[@_india__]

Thank you sir 🙏

[@Eduphile]

Most Welcome. Keep Growing

[@chadsaqlain]

Sir Classical mechanics ke pure chapter ka MCQ with answers nhi mil sakta kya? Competative exam ke liye chahiye the please sir 😥❤

[@punitgupta-wf4mz]

xdy/dt -ydx/dt = constant , if this is the equation, then it is holonomic or not.?

[@Eduphile]

Holonomic hoga

[@punitgupta-wf4mz]

Reasion ?why, esme tu velocity term v aa raha hai na, dy/dt =v

[@ayushkumarsingh2537]

​@@punitgupta-wf4mzvelocity term se kya problem?

[@bulbul_dubey]

Sir MSC previous paper ke solved ke vedio bhi Diya kro

[@shivshankargupta9830]

Sir please conservative and non conservative system pr video bnaiye

[@Eduphile]

I shall try

[@chotasahab3418]

Sr ap ekdam mst pdate h

[@Eduphile]

Thanks. Keep Growing

[@keshavsharma5869]

Sir do these videos covers topics fully for Rajasthan university MSc exam?

[@Eduphile]

Yes

[@saishradha52]

Are your videos helpful for Btech 1st sem?

[@DEEPAKKUMAR-bd2dl]

consider a holonomic dyanmical system with 3 degrees of freedom the hamiltons cannonical eqations of motion for the dynarnical system constitutes how to slove this question

[@Eduphile]

Iske liye aapko Hamilton canonical eqn padhna hoga joki aap iss playlist ma check kar sakte h
Classical Mechanics: th-cam.com/play/PLyTVFDODClZiotsuFj6llKmmiUFMxUp4L.html

[@shyamphysicsandmaths5703]

hello - Inequality types of constraint is Unilateral and equation type of Bilateral its right or wrong acc. to you

[@SatishYadav-yi2de]

atomic spectra chapter pr video banaiye.....easy way me samjhna h

[@Eduphile]

I shall try

[@himanshiranga3403]

Thnk u so much sir😊😊

[@Eduphile]

Most Welcome. Keep Growing

[@Muskan...19]

Sir last me degree of freedom 5 ho rha kyunki diatomic molecule ho ja rha hai lekin mai padhi hu ki linear ke liye 5 hota hai agae nonlinear aaya to 6 ho jayega to kya bas is unit linear diatomic ki baat chalegi ?

[@MuhammadBilal-lf3sj]

sir can you share your notes in description because it takes much time to write my own notes. Please sir

[@dineshkumargupta6840]

Sir 2 particles per constraints lgane k bd degree of freedom 5 kese hua?

[@Eduphile]

Dekhiye 2 particles aapas ma fixed distance se join h toh unke beech Ka ek degree of freedom Kam ho jaega.
Single particle Ka degree of freedom 3 hota h

[@dineshkumargupta6840]

@@Eduphile thank you sir

[@poojanain5623]

Sir..ye msc physics entrance k liye h kya prepration

[@Eduphile]

Yes you can prepare, it's a concept based which is helpful for all exams

[@poojanain5623]

@@Eduphile numerical ya vo questions too nii h esme...jis type se aate h entrance me

[@shivdadsena9807]

Great video

[@Eduphile]

Thanks. Keep Growing

[@prabhatsingh7698]

Sir appne last me batya degree of freedom jo hii less hoga number of coordinate se but appne dusre video me batya hii ki jub 2pints ko milate hii uss hisab se number of coordinate by formula 3N-k =5 ho raha aur apne points milane ke baad degree of freedom bhi 5batya to less kaise hua ye to equal he ho raha hii

[@pathlavathanil8458]

Minkowski space ,space time diagrams, world point and world line relativistic motion ka topic pe video banaye sir

[@Eduphile]

Minkowski space time pe video available h

[@pathlavathanil8458]

@@Eduphile send me link sir

[@mysteryofuniverse7295]

Sir konsa book refer kare iss part ke liye

[@Eduphile]

Aap ye video dekhe isme humne syllabus k Saath book k baare ma bataya h
th-cam.com/video/Evtk3vbajG4/w-d-xo.html

[@learnphysicsrapidly]

Sir net physical science ki saari videos bnnao plz all topics ki

[@Eduphile]

Jyadatar videos available h
Aur bhi videos aaenge future ma

[@learnphysicsrapidly]

Ok sir

[@tilottamamishra9937]

Which book is easy for Classical Mechanics???

[@Eduphile]

Humne classical mechanics k books pe video bana ya h unke syllabus k saath . Jo aapke syllabus ma h uss book ko aap le lijiye
th-cam.com/video/Evtk3vbajG4/w-d-xo.html

[@izharkhani.k7991]

Mashallah sr God bless you

[@Eduphile]

Thanks. Keep Growing 🤗

[@SatyamsinghSSCcgl]

Thanks you sir bahut acha samjate ho

[@Eduphile]

Most Welcome. Keep Growing

[@Voice_of_needy]

Big love from Pakistan

[@Eduphile]

Lots of Love and Thanks

[@MuhammadNadeem-km6cl]

Bundle of thank ❤

[@shrutigupta4240]

Sir ...plz provided pdf for every topic 🙏

[@PremKumar-ic6lt]

Sir plz possible acceleration pr video bnao

[@nikhilranjan9264]

Can you explain what is couple constraints in simple words

[@Eduphile]

I shall try

[@rohanyadav6957]

Amazing explanation

[@Eduphile]

Thanks. Keep Growing

[@abhinavshukla5252]

Sir please radial solution of hydrogen atom, perturbation theory and wkb method Ka video Dal dijiye

[@Eduphile]

Wkb nhi available h baaki schrodinger equation for hydrogen atom, perturbation theory available h
Quantum Mechanics | Hindi: th-cam.com/play/PLyTVFDODClZi3-R9mqJUhLmKwZbliIEfH.html

[@vaibhavgorad5738]

KTG ke video kab dalne wale ho

[@alizakhan245]

Lagrange equation for double pandulum karwai please sir

[@Eduphile]

I shall try

[@sarojkumar765]

Nice explanation

[@Eduphile]

Thanks. Keep Growing

[@preetirani7089]

Mechanics math ki h kya ya video reply

[@Eduphile]

Physics

[@ankitadogra8506]

Its very good sir

[@Eduphile]

Thanks. Keep Growing

[@shaheenkhan5480]

Thankx sir 😊😊

[@Eduphile]

Most Welcome. Keep Growing

[@rajanmishra0.17]

Sir aap mathematical physics and classsical mechanicas ka notes de sakte hain

[@Eduphile]

Notes nhi h dost sorry Uske liye, videos mil jaega aapko

[@chinupatra6268]

Thank u very much

[@Eduphile]

Most Welcome. Keep Growing

[@pathlavathanil8458]

Classical mechanics wich book 📚 follow hona hai

[@Eduphile]

J.C Upadhaya and H. Goldstein

[@pathlavathanil8458]

@@Eduphile thank you sir

[@pathlavathanil8458]

@@Eduphile angular momentum video kab dalega sir

[@sentiments1169]

Maine wo samjha Jo pure semester me na samajh saka 😊

[@Sandeep.k898]

Thank you so much sir ji

[@vaishnavitimori896]

👍👍👍

[@Eduphile]

Thanks. Keep Growing

[@yogeshkashyap7492]

You're best

[@Eduphile]

Thanks. Keep Growing

[@sushreesangita5552]

How we get notes

[@ajaymorwal6563]

Sir PDF available krva do iski please sir

[@atkejhatkenews4296]

Thnks sir easy to understand

[@Eduphile]

Most Welcome. Keep Growing

[@hrgupt3944]

Thanks a lot sir

[@poonamsihag5986]

Nice vedio sir

[@Eduphile]

Thanks. Keep Growing

[@jaybhoi1574]

Great work

[@Eduphile]

Thanks. Keep Growing

[@laxmividyaclasses9770]

Thanks bhai

[@Eduphile]

Most Welcome. Keep Growing

[@ChintanMallick-e8n]

Can you share the notes also??

[@muhammadzarshaltariq8743]

Thank you

[@Eduphile]

Most Welcome. Keep Growing

[@choudharys2876]

best

[@Eduphile]

Thanks. Keep Growing

[@puneetmehra3699]

Well

[@Eduphile]

Thanks. Keep Growing

[@anjalisingh6825]

Ye msc k liye bhi h.

[@Eduphile]

Yes

[@triptisrivastav8565]

Thank u sir

[@Eduphile]

Most Welcome. Keep Growing

[@debjitroy5622]

can i see these videos for btech 2nd sem????
pls help

[@nikhil_051]

Sir passive or active component ke video bhej do

[@Eduphile]

th-cam.com/video/5NHo0r0FAws/w-d-xo.htmlsi=R--DCNG2jpPAi_Uq

[@ankitabanwari4500]

Nice

[@Eduphile]

Thanks. Keep Growing

[@rashmipandey5486]

Sir can u provide notes of this topic...

[@Eduphile]

Notes nhi h uske liye Sorry