Class 11. Le - Chatelier principle (chemical equilibrium ) with example

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Le Chatelier’s principle is an observation about chemical equilibria of reactions. It states that changes in the temperature, pressure, volume, or concentration of a system will result in predictable and opposing changes in the system in order to achieve a new equilibrium state. Le Chatelier’s principle can be used in practice to understand reaction conditions that will favor increased product formation.

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when I read the statement of this principle in my book, I didn't get it, but ur video clear this concept. Tysm sir.

sehajkaur
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I like how he didn't even waste a second of video

sumanchaudhary
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Really excellent explanation🤩 this 5 min clear my concept after watching alot of videos on this topic

abdulmalik
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Thanks a lot sir bahut pareshan hora tha mai ab sab Crystal clear ho gya ❤️

thehustlerboy
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Starting soon 0:20 sec is enough to understand

ansh.fitness
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12 up board बुक में पड़ा पर समझ मे नही आया आपकी वीडियो देखी तो सब कांसेप्ट क्लियर हो गए thank you sir

kumar
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Ur explanation is very much clear tq sir

SunnyTrillionarie
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High temp favours endo
Low temp favours exo
High pressure favours less moles of gases
Low pressure more miles of gases

Hateem_Shahid
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Thank you sir
For clearing my concept... 😃

TSSsniper
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1:34 Chemistry can't be understood without Physics 💁‍♀️

Sketchy.
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THANKU SO SO AND MANY MORE SIR THANKU FOR CLEARING MY CONCEPT

anjeshgameingyt
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But when tem. Inc. Then how can we relate this to principle
The system didn't did anything to undo the change in tem.

ominiedgaming
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Thanks for explaining this typical concept sir your explanation clear my concept😊

extragrades
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sir sch bol rhaa hoon apne subscribers bdaane ki kosis kro aap algg hi level ki chem. pdaate ho👍👍😘😘😘😘😘👍

upir-vqkl
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Awesome teaching sir with help of water container

DeepakSinghRajput
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At low temperature N2 is not reactive sir?

mahantayyahiremath
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Tank you sir
I got my concept clear....

robinsonhoodoo
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Thank you sir 👆️....very very thank you

meshpratapsinghayer
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Sir one doubt: we see reactant side have more no of moles than product side & if we increase the pressure then the reaction move in right side.SUPPOSE if in a r*n no of moles of reactant side is less than product aide and we increased the pressure then also r*n move in forward direction???

pabitranaik
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Sir what if we decrease the pressure temperature and concentration

thealoksingh