Lectures in STANDARD UNITS IN PHYSICS
Lecture 1: Mks (Meters, Kilograms, Seconds)
Lecture 3: Maritime And Imperial Unit "Equivalence" 1
Lecture 4: Maritime And Imperial Unit "Equivalence" 2
Lecture 5: Standard Units In Mechanics
Lecture 6: Standard Units: Rotational Motion
Lecture 7: Stress And Strarin
Lecture 8: Units And Fluid
Lecture 9: The Wave Equation
Lecture 10: Sound
Lecture 11: Heat
Lecture 12: Specific Heat And Molar Heat Capacity
Lecture 13: Conduction, Thermal Conductivity, R-Rating
Lecture 14: The Ideal Gas Law
Lecture 15: Unit Of Charge & Coulomb'S Law
Lecture 16: The Electric Field
Lecture 17: Electric P.E. & Electrical Potential
Lecture 18: Electric Flux
Lecture 19: Capacitance
Lecture 20: Current, Resistivity, & Ohm'S Law
Lecture 21: Magnetic Field
Lecture 22: Magnetic Flux
Lecture 23: Magnetic Field 2
Lecture 24: Mutual & Self Inductance
Lecture 25: Energy Stored In A Magnetic Field
Lecture 26: Energy In A L-C Circuit
Lecture 27: Reactance
Lecture 28: Power Dissipated In A Resistor
Lecture 29: Speed Of Light
Lecture 30: E & M Waves
Lecture 31: The Poynting Vector
Lecture 32: Momentum Density Of E&M Waves
Lecture 33: Flow Rate Of E&M Momentum
Lecture 34: Energy In Special Relativity
Lecture 35: Energy & Momentum In A Photon
Lecture 36: The De Broglie Wavelength
Lecture 37: Planck Radiation (Black Body Radiation)
Lecture 38: Stefan Boltzmann Law
Lecture 39: What Is An Electron Volt (Ev)?
Lecture 40: What Is The Decay Rate?
Lecture 41: What Is The Atomic Mass Unit?