Operations with the Nabla operator (del operator)
Maxwell's Electric Flux equation:
Maxwell's Magnetic Flux equation:
ENGINEERING PHYSICS Maxwell's equations - Faraday's law of electromagnetic induction
ENGINEERING PHYSICS Maxwell's equations - Ampere - Maxwell's Circuital law
ENGINEERING PHYSICS Maxwell's equations in Differential Form
ENGINEERING PHYSICS Electric waves in free space
ENGINEERING PHYSICS Electromagnetic wave equations
ENGINEERING PHYSICS Electromagnetic waves in free space
ENGINEERING PHYSICS Electromagnetic waves in free space
ENGINEERING PHYSICS Electromagnetic waves in free space ENGINEERING PHYSICS Electromagnetic waves in free space-Conclusion
ENGINEERING PHYSICS Electromagnetic waves in free space
Energy in an electric field
Energy in a magnetic field
Poynting vector (Energy in an electromagnetic field)
Polarization of electromagnetic waves
ENGINEERING PHYSICS Unit I : Review of concepts leading to Quantum Mechanics
ENGINEERING PHYSICS Overview of failure of classical EM wave theory
One. Black-Body Radiation Spectrum
Three. Spectrum of Hydrogen Emissions, Atomic Spectra
ENGINEERING PHYSICS Black-body radiation
ENGINEERING PHYSICS Classical estimation of energy density
ENGINEERING PHYSICS Classical estimation of energy density
ENGINEERING PHYSICS Failure of Rayleigh-Jeans' law
ENGINEERING PHYSICS Max Planck's analysis - Quantum theory of radiation
ENGINEERING PHYSICS Max Planck's Quantum theory of radiation - special features
ENGINEERING PHYSICS Max Planck's analysis - Quantum theory of radiation
ENGINEERING PHYSICS Unit I : Review of concepts leading to Quantum Mechanics
ENGINEERING PHYSICS Scattering of X Rays by target materials - Compton effect
ENGINEERING PHYSICS Experimental observations -Compton effect
ENGINEERING PHYSICS Explanation of Compton effect
ENGINEERING PHYSICS Experimental observations -Compton effect
ENGINEERING PHYSICS Explanation of Compton effect
Relativistic concepts of momentum and energy
ENGINEERING PHYSICS Conservation of momentum in X ray scattering Momentum conservation along the incident direction - Pi plus zero equals Pfcoso plus Pecosp. Momentum conservation in a perpendicular direction - zero equals Pfsine minus Pesind By squaring and adding the terms pe squared equals p squared plus pf squared minus two pi pf cosine zero ...
Pe squared equals Pi squared plus pf squared minus two pi Pf cosine zero ... Conservation of energy before and after collision
pe squared equals p squared plus pf squared minus two pi pf plus two moc pi minus pf minus Comparing equations one and two
one P subscript e squared equals P subscript i squared plus P subscript f squared minus two P subscript i P subscript f cosine theta ... P subscript e squared equals P subscript i squared plus P subscript f squared minus two P subscript i P subscript f plus two m subscript o c left parenthesis P subscript i minus P subscript f right parenthesis minus minus left parenthesis two right parenthesis
Davisson-Germer experiment
Young's classic double slit experiment on interference and diffraction of radiations Characteristic wave experiment Double slit experiment with electrons
Double slit experiment with single particles ENGINEERING PHYSICS
Concept of Matter waves ENGINEERING PHYSICS
Phase and group velocities
Phase and group velocities
Group and particle velocities
Group and Phase velocity relation
Group and Phase velocity relation
Group and Phase velocity relation
Group and Phase velocity relations
Heisenberg's Uncertainty Principle
Heisenberg's Uncertainty Principle
Heisenberg's Uncertainty Principle
Gamma ray microscope a thought experiment
Gamma ray microscope a thought experiment
Non-existence of electron inside the nucleus
ENGINEERING PHYSICS Unit One: Review of concepts leading to Quantum Mechanics
Characteristics of wave functions
Characteristics of wave functions
Physical significance of the Wave functions
Normalization of wave functions
Wave function as a state function
Kinetic energy operator -
Expectation values of observables.
Expectation values of observables.
Expectation values of observables.
Double slit experiment revisited.
Double slit experiment revisited.
Linear superposition of wave functions.