| Vector Math | |
| (R,θ) → (X,Y) | |
| X Component of R |  |
| Y Component of R |  |
| Combining Components | |
| Sum of X |  |
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| Sum of Y |  |
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| (X,Y) → (R,θ) | |
| Magnitude of R |  |
| Direction of R |  |
| Laws of Motion | |
| Velocity | |
| Average |  |
| Instantaneous |  |
| Acceleration | |
| Average |  |
| Instantaneous |  |
| One Direction (Linear) | |
| Given (vf vi a t): no d |  |
| Given (d vi a t): no vf |  |
| Given (d vi vf a): no t |  |
| Given (d vi vf t): no a |  |
| Two Directions (Trajectory) | |
| X Component of Velocity |  |
| Y Component of Velocity |  |
| Magnitude |  |
| Direction |  |
| Displacement | |
| Displacement in X Direction |  |
| Displacement in Y Direction |  |
| Magnitude |  |
| Direction |  |
| Time of Flight | |
| Solve quadratic for two values for 't' t = (− , −): no solution t = (0 , +): use pos value t = (+ , +): use larger pos value | |
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| ↑ - or - ↓ | |
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| Maximum Height | |
| Y Displacement at Half of Time of Flight |  |
| Final Velocity | |
| X Component of Velocity |  |
| Y Component of Velocity |  |
| Magnitude |  |
| Direction |  |
| Mechanics | |
| Forces | |
| Force |  |
| Friction |  |
| Gravitational Force |  |
| Force (spring) |  |
| Torque |  |
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| Momentum |  |
| Conservation of Momentum |  Elastic Collision (2 → 2) |
 Splitting (2 → 1) | |
 Combining (1 → 2) | |
| Impulse |  |
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| Energy, Work & Power | |
| Kinetic Energy |  |
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| Potential Energy |  |
| Potential Energy (spring) |  |
| Gravitational Potential Energy |  |
| Work |  |
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| Power |  |
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| Circular and Periodic Motion | |
| Centripetal Acceleration |  |
| Period |  |
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| Rotational Inertia |  |
| Radius |  |
| Speed (circular motion) |  |
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| Angular Momentum |  |
| Angle (circular motion) |  |
| Angular Velocity |  |
| Electricity | |
| Force |  |
| Electric Field |  |
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| Electric Flux |  |
| Electric Potential |  |
| Capacitance |  |
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| Capacitors in Parallel and Series |
Parallel |
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| Series | |
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| Potential Energy |  |
| Current |  |
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| Potential Energy |  |
| Resistance |  |
| Resistors in Parallel and Series |
Parallel |
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| Series | |
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| Electric Field |  |
| Ohm's Law |  |
| Power |  |
| Magnetism | |
| Magnetic Force |  |
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| Magnetic Field |  |
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| Magnetic Flux |  |
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| EMF |  |
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| Potential Energy |  |
| Fluid Dynamics | |
| Density |  |
| Pressure (vs depth) |  |
| Buoyancy |  |
| Equation of Continuity |  |
| Bernoulli equation |  |
| Boyle's Law of Gases |  (Constant Temperature) |
| Charles' Law of Gases |  (Constant Pressure) |
| Gay-Lussac's Law of Gases |  (Constant Volume) |
| Combined Gas Law |  |
| Ideal Gas Law |  |
| Van Der Waal's Equation |  |
| Density or Molar Mass of Gas |  |
| Dalton's Law of Partial Pressures |  |
| Graham's Law of Effusion' |  |
| Henry's Law |  |
| Pressure |  |
| Root Mean Square Velocity |  |
| Thermal Physics | |
| Specific Heat |  |
| Heat of Fusion |  |
| Heat of Vaporization |  |
| First Law of Thermodynamics |  |
| Work Done in Gas Expand/Compress |  |
| Definition of Enthalpy |  |
| Clasius-Clapeyron Equation |  |
| Thermal Expansion |  |
| Heat Transfer |  |
| Average Molecular KE |  |
| Work |  |
| Internal Energy |  |
| Efficiency |  |
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| Atomic and Nuclear Physics | |
| Energy of Photon |  |
| Energy of an e- in the nth state in a Hydrogen atom |  |
| Energy emitted as the e- transitions from the nilevel to the nf level |  |
| Energy |  |
| Maximum Kinetic Energy |  |
| de Broglie Wavelength |  |
| Bragg Equation |  |
| Binding Energy |  |
| Wave Mechanics | |
| Wavelength Frequency Relationship |  |
| Speed |  |
| Index of Refraction |  |
| Snell's Law' |  |
| Critical Angle |  |
| Interference |  (Constructive) |
 (Destructive) | |
| Double Slit Interference |  |
| Optics: Lenses and Mirrors | |
| Magnification |  |
| Focal Length |  |
| Distance |  |
| Lensmaker Formula |  (Thick Lens) |
 (Thin Lens) | |
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