Starting a new Lecture Notes Series on Advance Illustrations on Atomic and Nuclear Physics
Youtube Lecture Playlist CreditsChannel Name: Physics GalaxyFaculty Name: Ashish Arora Sir
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Advance Illustrations on Atomic and Nuclear Physics By Lecture Notes together!
Lecture 1: A Proton Splitting a Deutron
Lecture 2: Radioactivity in a mixture of Two Isotopes
Lecture 3: Age determination by Carbon Dating
Lecture 4: Comparison & possibility of k-Capture
Lecture 5: Energy distribution in a Nuclear Reaction
Lecture 6: Interaction Force between Fission Fragments
Lecture 7: Power Output of a Uranium Reactor
Lecture 8: Uranium requirement for a Nuclear Reactor
Lecture 9: Gamma decay followed by Beta
Lecture 10: Excretion of Radioactive sample by Human Body
Lecture 11: Power produced in a Radioactive Reactor
Lecture 12: Radioactive sample in Human Body
Lecture 13: Measurement of Half Life of a Substance
Lecture 14: Decay of a Neutron Stream
Lecture 15: Photoelectric effect from a metal sphere
Lecture 16: De-Broglie wavelength in frame of COM
Lecture 17: Photon density in Sunlight on Earth Surface
Lecture 18: Power of a Laser Pulse
Lecture 19: Photocurrent in a Discharge Tube
Lecture 20: Photoelectrons in chamber of alpha particles
Lecture 21: Photo Emission from two Light Sources
Lecture 22: Radiation from H-Atoms on a Filter
Lecture 23: Collision of one H-Atom with another
Lecture 24: Lyman Spectral Line after Balmer Spectral Line
Lecture 25: Binding Energy by Molecular Vibrations
Lecture 26: Polychromatic Beam passing through H- Gas
Lecture 27: An Electron colliding with He - ion
Lecture 28: Bohr's Postulates under Gravitational Force
Lecture 29: Revolution of a p-meson
Lecture 30: Atoms colliding a Heavy Target
Lecture 31: Simultaneous Decay of Alpha and Beta Emission
Lecture 32: Age Determination by Radioactivity Series
Lecture 33: Stationary Wave Formation by De Broglie Wave E
Lecture 34: Force on Reflecting Cone in Path of Light Beam
Lecture 35: Potassium Collecting Energy
Lecture 36: Photoelectric Effect Through Lens
Lecture 37: Photoelectric Effect Through Lens
Lecture 38: Photoelectrons Going Around an Ion
Lecture 39: Accelerated Electrons Colliding With H-Atom
Lecture 40: De-Excitation of a H-Like Atom
Lecture 41: Reaction Induced by alpha-particle
Lecture 42: Gamma Emission of Alpha Decay
Lecture 43: Gamma Emission of Alpha Decay
Lecture 44: Maximum kinetic energy of a beta particle
Lecture 45: Energy of Gamma Emission
Lecture 46: Multiple Isotopes in a Radioactive Sample
Lecture 47: Power of X-Rays Dissipating as Heat
Lecture 48: Tension in string due to radiation of sunlight
Lecture 49: Photoemission by Black Body Radiation
Lecture 50: De-excitation of a moving hydrogen atom
Lecture 51: De-Excitation of an Excited H-Like Gas
Lecture 52: Radiation From H-Atom Excited to Very High Level
Lecture 53: De-Exitation by Emitting Two Photons
Lecture 54: Various Spectral Lines From a H-Like Atom