Activ | |
Physicsnbsp;™2 | |
Contents | |
Electricity | |
Electric Force: Coulomb's Law | |
Electric Force: Superposition Principle | |
Electric Force: Superposition (Quantitative) | |
Electric Force: Point Charge | |
Electric Force: Due to a Dipole | |
Electric Force: Problems | |
Motion of a Charge in an Electric Field: Introduction | |
Motion in an Electric Field: Problems | |
Electric Flux | |
Gauss's Law | |
Electric Potential: Qualitative Introduction | |
Electric Potential, Field, and Force | |
Electrical Potential Energy and Potential | |
DC Circuits | |
DC Series Circuits | |
DC Parallel Circuits | |
DC Circuit Puzzles | |
Using Ammeters and Voltmeters | |
Using Kirchoff's Laws | |
Capacitance | |
Series and Parallel Capacitors | |
RC Circuits | |
AC Circuits | |
Driven Oscillator | |
RL Circuit | |
RLC Oscillator | |
Magnetism | |
Electromagnetic Induction | |
Magnetic Field of a Loop | |
Magnetic Field of a Solenoid | |
Magnetic Field of a Wire | |
Magnetic Force of a Charge | |
Magnetic Force on a Wire | |
Magnetic Torque on a Loop | |
Mass Spectrometer | |
Motional EMF | |
Velocity Selector | |
Geometric Optics | |
Refraction and Reflection | |
Reflection and Refraction Applications | |
Plane Mirrors | |
Spherical Mirrors | |
Spherical Mirror - Equation 1 | |
Spherical Mirror - Linear | |
Spherical Mirror - Problems | |
Thin Lens Ray Diagram | |
Converging Thin Lens | |
Diverging Thin Lenses | |
Two Lens Systems | |
Telescope | |
The Eye | |
Physical Optics | |
Diffraction | |
Fraunhofer Diffraction | |
Multiple Slits Diffraction | |
Polarizer | |
Two-Source Interference | |
Modern Physics | |
Relativity of Time | |
Relativity of Length | |
Photoelectric Effect | |
Compton Scattering | |
Atomic Physics | |
Bohr Model | |
Electron Interference | |
Standing Electron Waves | |
Laser | |
Nuclear Physics | |
Nuclear Binding Energy | |
Quantum Mechanics | |
Particle In a Box | |
Potential Barriers | |
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