Physics


 * This page is for all things related to Physics. Courtesy of Khan Academy.**

[|www.khanacademy.org] Khan Academy has several videos that incorporate many Physics topics. A list of topics are as follows:


 * //Click on the link to take you straight to the video//**
 * [|2 dimensional projectile motion (part 1)] ||
 * [|2 dimensional projectile motion (part 2)] ||
 * [|2 dimensional projectile motion part 4] ||
 * [|2-dimensional momentum problem] ||
 * [|2-dimensional momentum problem (part 2)] ||
 * [|2-dimensional projectile motion (part 3)] ||
 * [|2-dimensional projectile motion part 5] ||
 * [|A more complicated friction/inclined plane problem] ||
 * [|Amplitude, Period, Frequency and Wavelength of Periodic Waves] ||
 * [|Calculating dot and cross products with unit vector notation] ||
 * [|Calculus Proof that a=v^2/r] ||
 * [|Capacitance] ||
 * [|Center of Mass] ||
 * [|Centripetal Acceleration (part 2)] ||
 * [|Centripetal Acceleration (part 3)] ||
 * [|Circuits (part 1)] ||
 * [|Circuits (part 2)] ||
 * [|Circuits (part 3)] ||
 * [|Circuits (part 4)] ||
 * [|Concave Lenses] ||
 * [|Conservation of angular momemtum] ||
 * [|Conservation of Energy] ||
 * [|Convex Lens Examples] ||
 * [|Convex Lenses] ||
 * [|Convex Parabolic Mirrors] ||
 * [|Cross product 1] ||
 * [|Cross Product 2] ||
 * [|Cross Product and Torque] ||
 * [|Doppler effect formula for observed frequency] ||
 * [|Doppler effect formula when source is moving away] ||
 * [|Dot product] ||
 * [|Dot vs. Cross Product] ||
 * [|Electric Potential Energy] ||
 * [|Electric Potential Energy (part 2-- involves calculus)] ||
 * [|Electrostatics (part 1): Introduction to Charge and Coulomb's Law] ||
 * [|Electrostatics (part 2)] ||
 * [|Fluids (part 1)] ||
 * [|Fluids (part 10)] ||
 * [|Fluids (part 11)] ||
 * [|Fluids (part 12)] ||
 * [|Fluids (part 2)] ||
 * [|Fluids (part 3)] ||
 * [|Fluids (part 4)] ||
 * [|Fluids (part 5)] ||
 * [|Fluids (part 6)] ||
 * [|Fluids (part 7)] ||
 * [|Fluids (part 8)] ||
 * [|Fluids (part 9)] ||
 * [|Force with Vectors] ||
 * [|Friction on an inclined plane] ||
 * [|Gravitation (part 2)] ||
 * [|Harmonic Motion Part 2 (calculus)] ||
 * [|Harmonic Motion Part 3 (no calculus)] ||
 * [|Intro to springs and Hooke's Law] ||
 * [|Introduction to angular velocity] ||
 * [|Introduction to centripetal acceleration (part 1)] ||
 * [|Introduction to friction] ||
 * [|Introduction to Harmonic Motion] ||
 * [|Introduction to Magnetism] ||
 * [|Introduction to mechanical advantage] ||
 * [|Introduction to Momentum] ||
 * [|Introduction to motion] ||
 * [|Introduction to motion (part 2)] ||
 * [|Introduction to motion (part 3)] ||
 * [|Introduction to Newton's Law of Gravitation] ||
 * [|Introduction to Tension] ||
 * [|Introduction to the Doppler Effect] ||
 * [|Introduction to Torque] ||
 * [|Introduction to Waves] ||
 * [|Introduction to work and energy] ||
 * [|Mach Numbers] ||
 * [|Magnetism 10: Electric Motors] ||
 * [|Magnetism 11: Electric Motors] ||
 * [|Magnetism 12: Induced Current in a Wire] ||
 * [|Magnetism 2] ||
 * [|Magnetism 3] ||
 * [|Magnetism 4] ||
 * [|Magnetism 5] ||
 * [|Magnetism 6: Magnetic field due to current] ||
 * [|Magnetism 7] ||
 * [|Magnetism 8] ||
 * [|Magnetism 9: Electric Motors] ||
 * [|Mass on Inclined Plane] ||
 * [|Mechanical Advantage (part 2)] ||
 * [|Mechanical Advantage (part 3)] ||
 * [|Moments] ||
 * [|Moments (part 2)] ||
 * [|Momentum: Ice skater throws a ball] ||
 * [|Moving pulley problem (part 1)] ||
 * [|Moving pulley problem (part 2)] ||
 * [|Newton's First Law of Motion] ||
 * [|Newton's Laws] ||
 * [|Newton's Laws and vectors] ||
 * [|Newton's Laws Examples (part 2)] ||
 * [|Newton's Laws Problems (part 1)] ||
 * [|Newton's Second Law of Motion] ||
 * [|Newton's Third Law of Motion] ||
 * [|Object Image and Focal Distance Relationship (Proof of Formula)] ||
 * [|Object Image Height and Distance Relationship] ||
 * [|Optimal angle for a projectile part 1] ||
 * [|Optimal angle for a projectile part 2 - Hangtime] ||
 * [|Optimal angle for a projectile part 3 - Horizontal distance as a function of angle (and speed)] ||
 * [|Optimal angle for a projectile part 4 Finding the optimal angle and distance with a bit of calculus] ||
 * [|Parabolic Mirrors 2] ||
 * [|Parabolic Mirrors and Real Images] ||
 * [|Potential energy stored in a spring] ||
 * [|Projectile motion (part 1)] ||
 * [|Projectile motion (part 10)] ||
 * [|Projectile motion (part 2)] ||
 * [|Projectile motion (part 3)] ||
 * [|Projectile motion (part 4)] ||
 * [|Projectile motion (part 5)] ||
 * [|Projectile motion (part 6)] ||
 * [|Projectile motion (part 7)] ||
 * [|Projectile motion (part 8)] ||
 * [|Projectile motion (part 9)] ||
 * [|Projectile Motion with Ordered Set Notation] ||
 * [|Projectile Motion with Unit Vectors] ||
 * [|Projectile Motion with Unit Vectors (part 2)] ||
 * [|Proof (Advanced): Field from infinite plate (part 1)] ||
 * [|Proof (Advanced): Field from infinite plate (part 2)] ||
 * [|Refraction and Snell's Law] ||
 * [|Refraction in Water] ||
 * [|Snell's Law Example 2] ||
 * [|Snell's Law Examples 1] ||
 * [|Specular and Diffuse Reflection] ||
 * [|Specular and Diffuse Reflection 2] ||
 * [|Spring potential energy example (mistake in math)] ||
 * [|Tension (part 2)] ||
 * [|Tension in an accelerating system and pie in the face] ||
 * [|Thermodynamics (part 1)] ||
 * [|Thermodynamics (part 2)] ||
 * [|Thermodynamics (part 3)] ||
 * [|Thermodynamics (part 4)] ||
 * [|Thermodynamics (part 5)] ||
 * [|Total Internal Reflection] ||
 * [|Unit Vector Notation] ||
 * [|Unit Vector Notation (part 2)] ||
 * [|Virtual Image] ||
 * [|Visual Proof: a= v^2/r] ||
 * [|Voltage] ||
 * [|When the source and the wave move at the same velocity] ||
 * [|Work and Energy (part 2)] ||
 * [|Work/Energy problem with Friction] ||

__Sources__

1. Khan, Salman. "Khan Academy." //KhanAcademy//. KhanAcademy, 2011. Web. 5 Apr 2011. <[]>.