Quantum chemistry Lec -18 | Particle in 1-D box (Part-B) | CSIR-NET/JRF| GATE| IIT-JAM | DU

Download notes: You can now download the notes from our store - https://www.rjacademy.in/courses/4232... --------------------------------------------------------------------------------------------------------------------------------------------- Welcome to RJ Academy where we are targeting CSIR NET/JRF (CHEMICAL SCIENCE), GATE, IIT-JAM, and other entrance exams related to chemistry. This is an open courseware program where anyone can watch the complete lecture series for free. Your support is highly appreciated. If you want to support us, you can contribute your contribution so that RJ Academy will continue to provide high-quality educational resources for free. You can contribute through Paytm, Google Pay, or Phone pay. Paytm number = 9053519385 Google Pay = 9053519385 Phone Pay = 9053519385 ----------------------------------------------------------------------------------------------------------------- In the last video, we discussed the quantum mechanical treatment of the Schrodinger equation, and we determined the general expression of the Schrodinger equation. Also, we have discussed the conditions that have to be taken care of while building the Particle in 1-D box model. We also discussed how exactly you can derive the wavefunction for a particle moving in translational motion in 1 dimension (Particle in 1-D box) ---------------------------------------------------------------------------------------------- In this video, we will use the derived wavefunction of PIB and draw the energy level diagram for Particle in 1-D box. Then, we will study the graphical representation of the wavefunction. ------------------------------------------------------------------------------------------- Before watching this lecture, you should know: You should know about operators, commutator, Hermiticity, Eigen-value equation, probability and normalization concept, average value, or expectation value concept. You can watch previous lectures from the quantum chemistry playlist to understand the basics of quantum chemistry. -------------------------------------------------------------------------------------------------------------- #CSIRNET #GATE #IITJAM #IITJEE #JEEAdvanced #NEET #TIFR #DU | #BHU M.Sc. entrance #JNCASR #IISER #DailyFreeLiveClasses ------------------------------------ Thanks for watching Do Subscribe, like, and comment DISCLAIMER: Copyright Disclaimer Under Section 107 of the Copyright Act 1976, the allowance was made for "fair use" for purposes such as criticism, comment, news reporting, teaching, scholarship, and research. Fair use is a copyright law that may otherwise be infringing. Non-profit, educational, or personal use tips