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Constraint Relation Trick (NLM) | Pulley Problems in Physics | JEE Main, NEET, AIIMS
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- čas přidán 12. 01. 2017
- Instagram❤️: / sachin._.rana
This video provides a short method for solving the constraint relation problems. This video is the most helpful video for the problem solving on the entire internet.
Thank you for this video.I was facing difficulty in solving multiple pulley problems and this video cleared all my doubts.Thanks once again.
+SACHAN UTTKARSH welcome bro
+SACHAN UTTKARSH solve the ques in hcv today regarding this
Best JEE and PMT Preparation ok I will do it
thanku sir
Thank u so much bhayya
We were taught by the displacement.. the" x" , " y" method and I never got it right!
This is truly Amazing!
Thanks a lot!
GOSSHHHHHH, MAN, FINALLY I LEARNED THIS! THANKS (AND BLESS) FROM BRAZIL
@@adityatiwari8121 😂😂😂😂😂🤣🤣🤣🤣😅😆😆😆😆
it was an amazing technique.... thank u for being so generous and telling us this trick..... loved it ....hope we will get more such tricks from u in near future
OMG THANK YOU SO MUCH SIR! I have a very important physics exam tmrw and thanks to this video all my doubts are solved! You are a life saviour man! Keep up the good work. :D
Your voice hit my mind so hard that even me can understand the concept so well 🙏🙏 thank you for continuous support
Creative approach! The world needs more of people who think like you.
This is really amazing.I never thought that this would make it so easy!!!!! THANKS
U r the real saviour bro... previously I was really confused but after watching this video, I'm able to solve each and every question. Thanks a lot!
Thanks bro.. excellent trick .....very helpful ..if u can come up with a few more of them then u will be a mega star in the world of teaching
FROM ALLEN KOTA REALLY 🔥🔥🔥🔥HELPFUL AS I ALWAYS USE TO GET CONFUSE IN THESE TYPES OF Questions🔥🔥🔥🔥🔥
You explained so nice that all complex pully problems had become easy
Thanks for the video
Tnx man, I had troubles with this kind of problems and your trick helped a lot :D
Great video sachin bhaiya.
Great bhaiya, it's so simple and easy.
Thank you so much brother! This method is really very simple to grasp and can be pretty convenient to solve multiple pulley problems✌👌
Thank you bhaiya isne ekdam modd lift kar diya...sab jagah khoja kahi nahi mil rha tha tab ek dost ne aapna channel ka naam bola thank you so much ❤️❤️❤️
You r awesoe!!
I never knew these types of problems could be so easy
U r the best teacher I have seen ..Soon u all achieve it dreams
Your method is really very helpful sir..especially as i didnt really understand the differentiation method..Please keep making unique videos like this....
I was taught my another method which never worked for me but this one really best and useful in question solving 👍👍👍
thanks bhai best explained trick until now...helped me a lot
Works every time!!! Ty so much, saved my life in exam!!
it helped me a lot earlier i was soo confused with the old method but ths method is awsome...thnks sir...
Thank u so much for the video....U made the Pulley Problems sooooooooo easy..... Thank u so much...U r indeed the best
Thank you very much! It just works like magic!
Thank you sir for this trick .i was facing many difficulties in solving this types of problem but its clear.
Thanks a ton brother!!😊😊 Able to solve now.
My god
This has to be one of the best tricks i have ever seen
Thank you so much
Heck even writing the Lagrangian for the system wouldn't throw these relations that fast . Dope stuff mate , thanks
Thank you soo much for such Gr8 trick!!!
Nice video for whom who has not good concept .Thank you
Thank you very much bhaiya , I was having doubt in constraint relation and you cleared it very well. Thank you very very much.
excellent job done bro....really helpful
It was very confusing to solve such problems eairliar but now with this trick it has become much easier to solve such questions.thanks sir
Concept ache clear kar rahe ho... Upload more videos
Bro you saved our lives, God bless you
Vry good explanation sir..thnks alot..
Thanks.. There was a same question i was looking for.
Keep posting tricks videos for every topic u know. It's really helpful.
May br the best video on combination of pulley😊, i hv saved it twice.
Thanks brother for this video I felt difficult to apply constrained relation now it is much easier
THANK YOU,
-FROM QUORA.
Thanks a lot, sir! Helped me a lot!
Thanks bhaiya for such a wonderful video.
Thanks a lot bhaiya ji that you have given some important trick
Impressive..... fantastic..amazing...thaaank uuuuu sooo much
thankuuuuuuuuu so much .I was facing a lot of problem in this concept.👍👍☺
Thank you bhaiya your videos are just so awesome with you learning is just fun
awesome man cleared all my doubts....
Thank you so much sir for this amazing explanation😊
Thank you for sharing that trick !!!
very different method bhaiya...thanx for sharing
Thanks for the video. I have an exam tmrw and I was struggling to understand this. Your video helped a lot
Was very good and helpful ....thanks
Bro, thanks a lot for this!!!
Thank you so much,now I am able to solve this type of problems
You’re great! Thanks a lot 😇
Thanku sachin bahi really helpful.🖒🖒🖒
Thank U soo much my brother It helped me a lot
Oh thanks bro.... Would be helpful in impulse calculation in such systems 😃
thanx bro i really need this trick
Thank you so much it now takes mere of seconds to solve question . Now no fear from physics
gr8 work..!
Thank you brother😄.... you made it easy to solve pulley problems.. I was struggling with them so far..
Well done sir this is easiest method to understand thank you sir for giving
Nice. Thanks a lot 😊😊
Thnx...it is really awesome
Very much thankful to you love this trick
Sir thanks..... Your trick was very useful you are my inspiration IIT Bombay 😇😇😇
u helped me a lot....thanx💛💛
Very nice explanation..!!
Awesome trick helped me a lot
Fantastic! Could you explain where that dot product condition comes from?
thanks for the video...really helped...
btw i was looking for wedge constraint...so if u hv some tricks related to that plz share...
Thank you sir very awesome tricks.
Thank u so much bhai
It helped me a lot
Thank u😊😊
Good.
This method is also used by Byjus
But now I get clear explanation.
IT IS VERY HELPFUL AND USEFUL
Sir your method is best now my all problems are solving
*Thank u sir*
can u make a vdo on wedge problems please....
Will this also work if used in a multiple pulley system? eg a big pulley having 1 more pulley with two objects on the string of main pulley? any trick for that?
Amazing
It really helped me.
Bhaiya what a trick i was always facing difficuty in it but now it's just a cakewalk for me😊😊
this really helped
thanks bhai
One of the best video ever watched 😁😁😍
it helped alot perfect method
Really your experience, are very very help ful to us😊😊
Thanks , now I understood the concept very well.
Tq very much sir...it helps me alot..🤗🤗
Thank you very much bro! It's very helpful for me
Thanks a lot sir ...it is really helpful☺
Tq sir, I clear my doubts
Thanks bro..... Thank you very much.... Finally my problem is solved 😍😍😍😢😢
Thank u soo much sir ..!!!
Bhaiya your videos are just amazing. They are really helpful.
If possible please make a video on VOLUMETRIC ANALYSIS.
is it applicable to variable tension with multiple pulley problems?
Thanks a lot bro
Good method than all I have heard of ...... 🤩Pls post similar videos on tips to solve physics in less time💖💥
Bahut bahut dhanywad bahiya
Thank you sooo much!! Our teacher had explained us about this method but it didn't fit in too well, but you explained really well thanks!!
Welcome.