De Broglie Equation - Structure of Atom | Class 11 Chemistry Chapter 2 | CBSE/JEE/NEET (2022-23)

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Get Notes Here:- www.pabbly.com/out/magnet-brains Previous Video : Quantum Mechanical Model - Class 11th Chemistry kzbin.info/www/bejne/pqKVZJtubKeNr6M Next Video : Heisenberg’s Uncertainty Principle - Class 11th Chemistry kzbin.info/www/bejne/f5mqlGRorameZqs

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Proof of De-Broglie's equation: E=MC^2........ (i) Also, E=hv = h×c/lamda.....(ii) COMBINING (i) AND (ii), we get MC^2= h×c/lamda MC=h/lamda lamda= h/MC and,we know that momentum(P) =MC Therefore, lamda=h/P Hope that it will help you. 😊😊😊😊😊

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Crystal clear......🌼

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Amezing understanding 😘 sir👍👍👍

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Wow sir you r great really mind blowing explanation

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Sir, wavelength is inversely proportional to mass and wavelength is also inversely proportional to velocity . Please give a sperate example of both.

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Thank you for your comment! You are absolutely right, wavelength is inversely proportional to both mass and velocity. We will make sure to include more examples in our future videos. Thank you for watching and keep up the good work!

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That means velocity (speed) and mass is low than wavelength is high (to fir electron slowly chalega to wavelength dikhe gi wah)

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Sir , what is relation between mass and wavelength

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Thank you for your question! The wavelength of a particle is inversely proportional to its mass. This means that the heavier the particle, the shorter the wavelength.

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I'm from Pakistan and this chapter has came in 9th class. Indian education is quite easy

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Sir agar mass jada hua toh lembdha chota hoga or agar lembda chota hua toh toh vo bhaut energetic wave honi chaiye na sir

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Waves produced when disturbance created in mediun

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Sir lekin agar velocity badhegi toh phir *_Wave length_* toh ghatni chahiye.... Lekin ap toh kahrahe hen ki velocity jyada toh phir _Wave length_ jyada

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Because the momentum is product ofmv overall momentum is inversely proportional to wave lenghtt

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Whan macroscopic bodies are speed is infinite than wavelength is?

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Sir kaise lambda is inversly proportional to mass

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Hi there! We are glad to hear that you are understanding the concept of Lambda being inversely proportional to mass. We hope you are finding our videos helpful in learning. Keep up the good work!

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Sir please shapes of atomic orbitals wala vedio upload kijiye

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Crystal clear

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8:00 video end

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My first comment 🤞🤞🤞