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63 Cards in this Set
- Front
- Back
Four Kinematic Equations |
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Max Range @ Angle |
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Newton's Second Law |
( or a = F/m ) |
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Nonequilibrium Second Law |
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Friction |
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Work |
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Linear Kinetic Energy |
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Gravitational Potential Energy |
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Work-Energy Theorem |
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Avg. Power |
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Instantaneous Power |
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Impulse |
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Linear Momentum |
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Impulse-Momentum Theorem |
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Conservation of Momentum |
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Elastic Collision |
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Linear Speed of an Angularly Moving Object |
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Avg. Angular Velocity |
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Angular Displacement |
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Avg. Angular Acceleration |
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Instantaneous Ang. Acceleration |
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Angular Kinematic Eqs. |
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Centripetal Acceleration |
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Centripetal Force |
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Law of Universal Gravitation |
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Acceleration due to Gravity |
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Banked Curve Angle |
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Orbital Speed |
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Escape Velocity |
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Kepler's Law of Orbits (this isn't a formula, just a definition) |
Planets move in elliptical orbits with the sun as one focus. |
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Kepler's Law of Areas (this isn't a formula, just a definition) |
A line from the sun sweeps out equal areas in equal amounts of time. |
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Kepler's Law of Periods (this is supposed to be a formula, but I got lazy) |
The square of the orbital period of a planet is directly proportional to the cube of the average distance from the sun. |
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Torque |
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Nonequilibrium Torque |
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Parallel-Axis Theorem |
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Rotational KE |
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Rotational Work |
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Angular Momentum |
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Conservation of Ang. Momentum |
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Newton's 2nd Law |
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Hooke's Law |
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Period of a Simple Pendulum |
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Period of a Mass Spring Oscillator |
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Elastic Potential Energy |
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Velocity of a Mass Spring Oscillator |
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Maximum Velocity of a Mass Spring Oscillator |
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Speed of a Wave |
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Standing Waves on a String |
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Standing Waves for an Open Tube |
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Standing Waves for an Closed Tube |
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Speed of Sound |
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Charge |
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Coulomb's Law |
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Electrical Current |
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Electrical Resistance |
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Ohm's Law |
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Electrical Power |
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Equivalent Resistance of a Series Circuit |
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Voltage Drop of a Series Circuit |
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Equivalent Resistance of a Parallel Circuit |
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Electrical Current of a Parallel Circuit |
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Kirchhoff's Junction Rule |
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Kirchhoff's Loop Rule |
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