AP Physics C Mechanics Flashcards
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357496194 | First kinematics equation, no displacment | ![]() | 1 | |
357496195 | Second kinematics equation, no final velocity | ![]() | 2 | |
357496196 | Third kinematics equation, no time | ![]() | 3 | |
357496197 | Calculus: relations between position and velocity | ![]() | 4 | |
357496198 | Calculus: relations between velocity and acceleration | ![]() | 5 | |
357496199 | Newton's Second Law, traditional | ![]() | 6 | |
357496200 | Newton's Second Law, new & calculus-y | ![]() | 7 | |
357496201 | Impulse-Momentum | ![]() | 8 | |
357496202 | Force of Friction | ![]() | 9 | |
357496203 | Centripetal Acceleration | ![]() | 10 | |
357496204 | Period-velocity relation | ![]() | 11 | |
357496205 | Relative Motion: Velocity | ![]() | 12 | |
357496206 | Relative Motion: Acceleration | ![]() | 13 | |
357496207 | Newton's Third Law | ![]() | 14 | |
357496208 | Algebra: Definition of Work | ![]() | 15 | |
357496209 | Work-Energy Theorem | ![]() | 16 | |
357496210 | Hooke's Law | ![]() | 17 | |
357496211 | Calculus: Definition of Work | ![]() | 18 | |
357496212 | Definition of Average Power | ![]() | 19 | |
357496213 | Definition of Instantaneous Power | ![]() | 20 | |
357496214 | Power-velocity relationship | ![]() | 21 | |
357496215 | Defining a Potential Energy | ![]() | 22 | |
357496216 | Gravitational Potential Energy | ![]() | 23 | |
357496217 | Elastic Potential Energy | ![]() | 24 | |
357496218 | Converting PE to a force | ![]() | 25 | |
357496219 | Centripetal Acceleration, angular style | ![]() | 26 | |
357496220 | Algebra: Definition of Center of Mass | ![]() | 27 | |
357496221 | Calculus: Definition of Center of Mass | ![]() | 28 | |
357496222 | Analog: position | ![]() | 29 | |
357496223 | Analog: velocity | ![]() | 30 | |
357496224 | Analog: tangential acceleration | ![]() | 31 | |
357496225 | Analog: radial acceleration | ![]() | 32 | |
357496226 | Algebra: Definition of Moment of Inertia | ![]() | 33 | |
357496227 | Calculus: Definition of Moment of Inertia | ![]() | 34 | |
357496228 | Parallel-Axis Theorem | ![]() | 35 | |
357496229 | Definition of Torque, simple | ![]() | 36 | |
357496230 | Velocity when rolling without slipping | ![]() | 37 | |
357496231 | Acceleration when rolling without slipping | ![]() | 38 | |
357496232 | Definition of Torque, vector style | ![]() | 39 | |
357496233 | Definition of Angular momentum | ![]() | 40 | |
357496234 | Newton's Second Law, fancy angular style | ![]() | 41 | |
357496235 | Universal Gravitational Force | ![]() | 42 | |
357496236 | Universal Gravitational Potential Energy | ![]() | 43 | |
357496237 | Kepler's Third Law | ![]() | 44 | |
357496238 | Kinetic Energy of a Satellite | ![]() | 45 | |
357496239 | Total Energy of a Satellite | ![]() | 46 | |
357496240 | Differential Equation for SHM | ![]() | 47 | |
357496241 | Solution to Differential Equation for SHM | ![]() | 48 | |
357496242 | Period of a mass on a spring | ![]() | 49 | |
357496243 | Period of a torsional pendulum | ![]() | 50 | |
357496244 | Period of an ideal pendulum | ![]() | 51 | |
357496245 | Period of a physical pendulum | ![]() | 52 |