Physics Formula ShrotCut Booklet - 1
| DESCRIPTION | EQUATION | |
| Acceleration of a particle in an electric field |  | |
| Ampere's law |  | |
| Amplitude of a driven oscillation |  | |
| Angular frequency for a damped oscillation |  | |
| Angular Momentum |  | |
| Average acceleration |  | |
| Beat frequency |  | |
| Biot-Savart law |  |
| DESCRIPTION | EQUATION | |
| Angular Momentum | | |
| Average acceleration | | |
| Bulk modulus defined |  | |
| Centripetal acceleration |  | |
| Compressibility |  | |
| Continuity equation |  | |
| Displacement |  | |
| Hydraulic lift |  | |
| Instantaneous Acceleration |  | |
| Newton's Second Law (Force) |  |
| DESCRIPTION | EQUATION | |
| Black Hole Entropy as derived by Stephen Hawking |  | |
| Black Hole Temperature |  | |
| de Broglie wavelength |  | |
| Einstein's relativistic mass-energy relation |  | |
| Rydberg constant |  | |
| Schwarzschild Black Hole Radius |  | |
| Time-dependent, one-dimensional Schr |  | |
| Time-independent, one-dimensional Schr |  |
| DESCRIPTION | EQUATION | |
| Phase difference between the first and last waves for a single-slit diffraction pattern |  | |
| Refractive index |  | |
| single-slit diffraction pattern points of zero intensity |  |
| DESCRIPTION | EQUATION | |
| Amplitude of a driven oscillation | | |
| Angular frequency for a damped oscillation | | |
| Beat frequency | | |
| Displacement of a driven oscillator |  | |
| Displacement of a slightly damped oscillator |  | |
| Energy change in a damped oscillation |  | |
| Energy change in a damped oscillation |  | |
| Energy transmitted by a harmonic wave |  |
| DESCRIPTION | EQUATION | |
| Net power radiated by an object |  | |
| Radiation absorbed by an object |  | |
| Stefan-Boltzmann law |  | |
| Thermal conduction |  | |
| Thermal resistance |  |