Newton to Einstein PAPER 2 Flashcards
Electric field due to a point charge at the origin
Coulombs Law
Relationship between force an electric field
Electric flux through a surface
Gauss’s Law
Electric potential difference
Electric potential difference due to a point charge at the origin
Electrostatic potential of a conductor
v=q/c
Current density
Current through a finite surface
Kirchoff’s Junction law
Kirchoff’s loop law
Net resistance of resistors in series
Net resistance of resistors in parallel
Net capacitance of capacitors in series
Net capacitance of capacitors in parallel
Biot-Savart Law
Magnetic field due to a current about a contour
Ampere’s Law
Faraday’s Law
Lenz’s Law
Lorentz Force
Inertial reference frame
galilean transformation
proper time
proper length
Lorentz transformation
Relativistic energy invariant
De Broglie Equation
Energy of a photon
Born Rule
Wave packet uncertainty Equations
Heisenberg Uncertainty Principle
Conditions on Physical solutions for Schr. Eqn
General Solution for particle in a box
General Solution for finite potential well
Classical Probability Distribution
Potential for Quantum harmonic oscillator
Magnetic Force on charged particle
F = qvB