Quantum Mechanics Video Playlist In this embedded video playlist you can find out some basic video lectures of quantum mechanics mainly uses in Engineering Physics and for B.Sc. physics course. Read more
de Broglie Waves In quantum mechanics we deal with the microscopic particles like, electron, proton, neutron and alpha particles. When we say deal it means the dynamics of these particles, Read more
Appresentato svenaste aggrazieranno sconficcamenti Migliore piattaforma per tradare opzioni http://flegis.si/?wter=qqqq-system&995=65 go to link In this video lecture some basics of the Atomic Dipole Moment are discussed. How one atom can be equivalent to the tiny bar magnet? and when an atom is placed Read more
http://www.jogadores.pt/?efioped=aplicaciones-para-conocer-gente-en-peru&a8f=bd In quantum mechanics, we know the discreteness of the possible spatial orientations of the angular momentum of an atom (or another particle or system of particles, molecules) with respect to Read more
http://makse.com/?kremel=should-you-try-online-dating&1e6=cb de Broglie Waves or Matter Waves and its Wavelength is discussed in this lecture. de Broglie waves are associated with a materialistic particles. A matter can shows the dual nature: Read more
https://www.mccarthyarchitecture.com/indigose/14043 Schrodinger’s Wave Equations, time independent and time dependent’s derivation is discussed here.
http://palsambleu.fr/?dimyrewsy=rencontre-femme-50-ans-et-plus&c17=c3 de Broglie Waves: Concept of Wave Packet, Phase & Group Velocity are discussed in this video.
Beta decay of nucleus shows that electron emits from the nucleus. Does electron exist inside the nucleus? This problem can be solved by using the Heisenberg’s Uncertainty Principle by using Read more
This problem is related to the particle in a box or in an infinite potential well. Particle representation by a wave function that is mathematical function no physical significance of Read more
The Pauli’s Exclusion Principle is explained with examples, Anti symmetric wave function for identical particles/Graduate Quantum Physics Online