ANSWERS SURE A+
✔✔Dipole Electric Field - ✔✔
✔✔Dipole Torque - ✔✔
✔✔Dipole Voltage - ✔✔
✔✔Doppler Effect - ✔✔
✔✔Efficiency - ✔✔
✔✔Electron Capture - ✔✔
✔✔Energy of a Photon - ✔✔
✔✔First Law of Thermodynamics - Special Cases - ✔✔
✔✔First Law of Thermodynamics - ✔✔
✔✔Closed Pipe - Wavelength and Frequency - ✔✔
✔✔Open Pipe (and Strings/Standing Waves) - Wavelength and Frequency - ✔✔
✔✔Gamma Decay - ✔✔
✔✔Gravity - ✔✔
✔✔Hydrogen Energy Levels - ✔✔
✔✔Heat of Transformation - ✔✔
✔✔Impulse - ✔✔
✔✔Index of Refraction - ✔✔
✔✔Wave Interference - ✔✔
✔✔Voltage of a Battery (When Internal Resistance is Present) - ✔✔
✔✔Law of Reflection - ✔✔
, ✔✔Lens Power - ✔✔
✔✔Magnification (for Multiple Lenses Not in Contact) - ✔✔
✔✔Focal Length and Power (for Multiple Lenses in Contact) - ✔✔
✔✔Lensmaker's Equation - ✔✔
✔✔Log Rules - ✔✔
✔✔Magnetic Centripetal Force - ✔✔
✔✔Orbit Radius of a Charged Particle in a Magnetic Field - ✔✔
✔✔Magnification (Single Lens System) - ✔✔
✔✔Mirror Equation - ✔✔
✔✔Newton's Second Law - ✔✔
✔✔Simple Harmonic Motion - Period of a Pendulum - ✔✔
✔✔Simple Harmonic Motion - Position of a Spring - ✔✔
✔✔Radioactive Decay Rate - ✔✔
✔✔Radioactive Decay Equation - ✔✔
✔✔Radioactive Half-Life - ✔✔
✔✔Resistivity - ✔✔For most conductors, resistance increases with increasing
temperature.
✔✔AC RMS Current - ✔✔
✔✔AC RMS Voltage - ✔✔
✔✔Second Law of Thermodynamics (for a Reversible Process) - ✔✔HL = latent heat
(of vaporization of fusion), m = mass and T = constant temperature of system and
environment in Kelvin.