Problem solving

Power

Rotational kinetic energy

Parallel axis theorem

Torque and work done by a source in terms of torque

Angular momentum for a particle and ridged body motion

Centre of Mass

Shear Modulus (stress, strain)

Escape velocity

Keplers orbit

Damped harmonic motion

gamma = b/2m where b is damping const

Bernouillis eqn (pressure and velocity in a fluid)

Wave power

Doppler effect (non rel)

Heat Capacity

dU = TdS - PdV to get Cv in terms of T and S

Latent heat

Heat flux 

Energy of a Gas 

Mean Free Path

adiabatic processes (in terms of gamma)

Efficacy of a heat engine

Carnot Cycle 

Bulk modulus, thermal expansivity, isothermal and adiabatic compressibility

Probability, partition function, F, <A>, <E>

Coulombs Law and Electric Field and Electric Potential

Dipoles

Gauss’ Law

Capacitance, capacitors in series and parallel

Charge collected on a capacitor and energy in a capacitor

Current Density and Drift Velocity

Current density and resistivity

Resistance general and of resistor of length l and cross section A

Gauss’ Law for Magnetism

Force on a charged partical

Magnetic Field due to a Wire and The Biot Savar Law for a straight wire

Faraday’s Law

RCL circuit

Poyting Vector

Lorentz Transformations

Time dilation and length contraction

Proper time

Velocity transformation

Relativistic doppler effect

Relativistic energy and momentum

Radiation pressure

Snell’s Law and critical angle (resulting in total internal reflection)

Polarization

Rayleigh Criterion

TDSE

H^hat =- (hbar²/2m) grad² + V.

TISE is just H^hat phi=E^hat phi

Infinite potential well wavefunction and energy levels

deBroglie Wavelength

Zeeman effect

Hydrogen atom potential and energy levels

wavelength of light emitted from the transition from the nth energy level to the n′th energy level:

Braggs Law

Radius of Nucleus

Radioactive Decay The number of nuclei as a function of tim

Half life

Activity

Bateman Equation