39036088
Description
| Question | Answer |
| Kinematics equations pt. 1 | |
| Kinematics equations pt. 2 | |
| General force equations | |
| Gravitational force | |
| Friction equations | |
| Pressure | |
| Center of mass | |
| Forces on an inclined plane | |
| Torque | |
| CCW rotation concerning torque is... | positive |
| CW rotation concerning torque is... | negative |
| Centripetal force | |
| Centripetal acceleration | |
| Coulomb's Law | |
| Electric potential energy between 2 charges | |
| Magnitude of electric field | |
| Force of electric field on a charge | |
| Electric potential created by a charge | |
| Force on a charge by a magnetic field | |
| Strength of electric field between parallel plate capacitor | |
| Change in electric potential energy | |
| Work done by electric field | |
| Index of refraction | |
| Snells Law | |
| Critical angle for total internal reflection | |
| Mirror and lens equation | |
| The focal length of a concave mirror is written as a... | positive number |
| The focal length of a convex mirror is written as a... | negative number |
| The focal length of a converging (convex) lens is written as a ... | positive number |
| The focal length of a diverging (concave) lens is written as a... | negative number |
| Concave/Convex mirrors vs lens | |
| Magnification equation | |
| Lens power | |
| Energy of a photon emitted or absorbed under the Bohr model | |
| Photon energy | |
| Energy level of a hydrogen atom | |
| Kinetic energy of a photoelectron | |
| Heisenberg uncertainty relation | |
| Specific gravity | |
| Force of gravity | |
| Hydrostatic gauge pressure | |
| Archimedes Principle | |
| Floating object in equilibrium at surface | |
| Poiseuille's Law Volume Flow Rate | |
| Bernoulli's Equation | |
| Torricelli's Result | |
| Continuity Equation | |
| Flow rate | |
| Pascal's Law | |
| Viscous force | |
| Ohm's Law | |
| Resistance | |
| Power (dissipated by a resistor or supplied by a battery) | |
| Equivalent Resistance (in series and parallel) | |
| Capacitance | |
| Total capacitance | |
| Energy stored in a capacitor | |
| AC voltage | |
| AC current | |
| AC average power supplied | |
| AC average power dissipated | |
| Work | |
| Power | |
| Momentum | |
| Impulse | |
| Elastic collision | |
| Mechanical advantage | |
| Conservation of total mechanical energy | |
| Total mechanical energy | |
| Kinetic energy | |
| Gravitational potential energy | |
| Conduction | |
| First Law of Thermodynamics | |
| Linear thermal expansion | |
| Thermodynamic work | |
| Efficiency | |
| Frequency | |
| Period | |
| Wave speed | |
| Elastic potential energy | |
| Doppler effect | |
| Simple harmonic motion of spring (frequency + period) | |
| Simple harmonic motion of pendulum (frequency + period) | |
| Force exerted by spring | |
| Work (spring) | |
| Intensity level | |
| Beat frequency | |
| Standing wave (closed pipe) | |
| Standing wave (fixed ends and open pipe) | |
| Angular velocity | |
| Moment of inertia | |
| Rotational kinetic energy | |
| Arc length | |
| Speed | |
| Magnitude of acceleration | |
| Velocity of center of mass rolling without slipping | |
| Angular momentum | |
| Hooke's Law | stress = modulus x strain |
| Stress | |
| Tensile and compression | |
| Shear strain | |
| The units for a Watt (W) are... | J/s |
| The units for the Newton (N) are... | kgm/s^2 |
| The units for the Ampere (A) are... | C/s |
| The units for the Ohm are... | V/A |
| The units for the Tesla (T) are... | N/Am or kg/As^2 |
| The units for the Farad (F) are... | C/V |
| The units for the Joule (J) are... | Nm |
| The units for a Volt (V) are... | J/C |
| The unit for Hertz (Hz) is... | cycles/second |
| The unit for a Pascal (Pa) is... | N/m^2 |
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