Quantum mechanics-5: Particle in a box-1 :Energy Quantization | KTU | Engineering Physics | Module-3

[@sreeragmenon3404]

really helpful! thank you so much sir💕❤

[@sajeevmohan]

🙏

[@torrexgamingyt4121]

Sir note add cheyyamo

[@resyarsunil5613]

Thank you sir❤️

[@sajeevmohan]

🙏

[@yesicanwithes8605]

Very useful sir

[@sajeevmohan]

🙏

[@sophiyageorge7806]

❤️❤️

[@sajeevmohan]

🙏

[@OoOo-gr2pn]

Sir please add notes with the video...video is so helpful

[@sajeevmohan]

Notes ningal undakkan padikkanam. Moonnu kollam koodi kazhinjal swanthamayi oronnu cheyyanullathalle😊

[@OoOo-gr2pn]

I'm writing sir👍

[@susanjacob937]

sir in last class psi(x,t) = Ae^(-i/hcross(Et-px)) , how did we get Ae^(ikx) at 6:39

[@sajeevmohan]

Eqn 3 is a standard second order differential equation. So, we can assume standard solutions.

[@OoOo-gr2pn]

Sir exam nu same equation vech explain cheydhal madhiyo

[@sajeevmohan]

Mathi.