S2 RARE: Episode 3: Amazing Short Trick. Simple Harmonic Motion. Jee Advanced.

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In this episode, I show you a mind-blowing trick to solve complex pulley problems in Simple Harmonic Motion.
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sir this is some god level trick
thank you very much for this trick.

attharvagupta
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I derived this from constraint equation

dhruvchaudhary
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My teacher taught this and this really makes the Q so much easier !!

rajx____
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Thank you very much sir
Can you tell me what to do in these type of questions if pulleys have mass as well? Thanks!

shivanshmehra
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Sir, thank you very much. This formula is really very helpful.

bhaswatisur
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Please start a sure short series for jee 2022

terabaap
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Thank you for the formula, it really made my day!! :)

victori
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Thank you sir
Now these questions are cake walk for me.

anshumansingh
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I know this, it is called energy method. Energy of the spring can be written as T^2/2K where T is the tension in the spring. Plz correct me if I'm wrong...

rajankit
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4k/21 ! Made a calculation mistake the first time, will be more careful from next time onwards !

sakethkashyapnagendra
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My name ain’t Aproov it’s Apoorv. 😂😂 Great seeing you (at least hearing you) again sir!

arkraj
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Sir i knew it before. But not familier much with questions. Sir u ❤ explained it in op way.
Thank u sir.
My answer coming is 4k/21 . Is it right sir?

dreamyadav
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Sir please do mention the conditions appiled to this trick else it may be fatal. But nice one though. How di we apply it to a system having multiple masses at multiple ends?

thedumbospiitropar_
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Thank you sir for shortcut and upload more videos sir ❤️💕

VIBERSTAR-.
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Seriously Sir ? This was the only question I couldn't understand when my teacher Solved it ! Thanks a tonn 🌈

Shikhar
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SIRR I DIDNT GET DERIVATION PLSSS GET ONE VID OF THAT

Nishant-usil
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Does it work if the pulleys are not massless, i.e. when the pulley rotates too?

anubhabgoswami
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Sir is formula common for both series and parallel arrangement of springs?

mrunmayikulkarni
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Sir what if two pulley is directly attached to the block via spring of (different k), which one we will assign the tension first.

K_PRIYAM
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Keq = 4K/21, This is my answer for the last question

PK-ebgs