Physics Flash Lessons
The Following 62 lessons on General Physics cover such topics as Motion, Newtons Laws, Work and Energy, Power, Impulse & Momentum, Torque & Rotational Statics, Harmonic Motion, Gravity, Pressure & Buoyancy, Bernoullis Equation, Thermodynamics, Electricity, Circuits, Magnetism, Induction, Waves, Light, Atomic Energy, and Wave-Particle Duality.       Viewing these lessons requires installing ShockWave Flash  Player on your computer. ShockWave Flash Player is available free from: http://www.adobe.com/
#	Lesson Subject ▼▼▼▼▼▼▼	#
[01]	Motion in One Dimension	[01]
[02]	Motion in Two Dimensions	[02]
[03]	Newton's First Law	[03]
[04]	Newton's Second Law	[04]
[05]	Newton's Third Law	[05]
[06]	Applications of Newton's Laws	[06]
[07]	Work and Work-Energy Theorem	[07]
[08]	Conservative Forces and Potential Energy	[08]
[09]	Conservation of Energy	[09]
[10]	Power	[10]
[11]	Center of Mass	[11]
[12]	Impulse and Momentum	[12]
[13]	Conservation of Linear Momentum, Collisions	[13]
[14]	Uniform Circular Motion	[14]
[15]	Angular Momentum	[15]
[16]	Torque and Rotational Statics	[16]
[17]	Rotational Kinematics and Dynamics	[17]
[18]	Simple Harmonic Motion	[18]
[19]	Mass on a Spring	[19]
[20]	Pendulum and Other Oscillations	[20]
[21]	Newton's Law of Gravity	[21]
[22]	Orbits of Planets and Satellites	[22]
[23]	Hydrostatic Pressure	[23]
[24]	Buoyancy	[24]
[25]	Fluid Flow Continuity	[25]
[26]	Bernoulli's Equation	[26]
[27]	Mechanical Equivalent of Heat	[27]
[28]	Specific and Latent Heat	[28]
[29]	Heat Transfer and Thermal Expansion	[29]
[30]	Ideal Gases	[30]
[31]	Laws of Thermodynamics	[31]
[32]	Electric Charges and Coulomb's Law	[32]
[33]	Electric Fields	[33]
[34]	Electric Potential	[34]
[35]	Gauss's Law	[35]
[36]	Electrostatics with Conductors	[36]
[37]	Capacitors	[37]
[38]	Dielectrics	[38]
[39]	Current, Resistance, Power	[39]
[40]	DC Circuits with Batteries and Resistors	[40]
[41]	Capacitors in Circuits	[41]
[42]	Forces on Moving Charges	[42]
[43]	Forces on Current-carrying Wires in Magnetic Fields	[43]
[44]	Fields of Long, Current-carrying Wires	[44]
[45]	Biot-Savart and Ampere's Law	[45]
[46]	Electromagnetic Induction	[46]
[47]	Inductance	[47]
[48]	Maxwell's Equations	[48]
[49]	Wave Basics	[49]
[50]	Properties of Traveling Waves	[50]
[51]	Properties of Standing Waves	[51]
[52]	Sound Waves and Doppler Shift	[52]
[53]	Interference and Diffraction	[53]
[54]	Dispersion of Light and the Electromagnetic Spectrum	[54]
[55]	Reflection and Refraction	[55]
[56]	Mirrors	[56]
[57]	Lenses	[57]
[58]	Photons and the Photoelectric Effect	[58]
[59]	Atomic Energy Levels	[59]
[60]	Wave-particle Duality	[60]
[61]	Nuclear Reactions	[61]
[62]	Mass-Energy Equivalence	[62]