Introduction to
Electricity & Magnetism
(with Calculus)
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EQUATIONS
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INFORMATION
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Coulomb's Law
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Electric Field Strength
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Electric Field Strength for a System of Charges
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Electric Field Strength for a Continuous Charge
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Particle in an Electric Field
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Linear Charge Density
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Surface Charge Density
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Volume Charge Density
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Electric Flux
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Generalized Electric Flux
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Gauss' Law
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Potential Difference Between Two Points
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Generalized Potential Difference
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Change in Potential Energy
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Electric Potential
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Electric Potential Due to a Continuous Charge
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Electric Potential Energy
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Electric Potential (in terms of coordinates)
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Capacitance
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Capacitance of Parallel Plates
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Electric Dipole Moment
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Parallel Combination of Capacitors
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Series Combination of Capacitors
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Energy Stored in a Capacitor
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Energy Density
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Dielectric Constant
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Torque Acting on an Electric Dipole
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Potential Energy of an Electric Dipole System
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Average Current
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Current
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Current Density
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Ohm's Law (Generalized)
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Ohm's Law
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Resistance
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Resistivity (of a Metal)
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Resistivity (of a Conductor)
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Average Current in a Conductor
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Drift Velocity
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Electrical Power
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Work
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Electromotive Force (Maximum Voltage a Battery can Provide)
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Series Circuits
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Parallel Circuits
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Kirchhoff Rule #1 (Junction Rule)
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Kirchhoff Rule #2 (Loop Rule)
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Maximum Charge on the Capacitor
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Time Constant
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Charging a Capacitor with a Battery
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Initial Current in the Circuit (with a Discharging Capacitor)
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Discharging a Capacitor
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Magnetic Dipole Moment
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Radius of the Path of a Charged Particle in a Magnetic Field
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Angular Speed of the Charged Particle
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Magnetic Force
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Magnetic Force (in an Arbitrarily Shaped Wire)
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Torque on a Current Loop
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Potential Energy of a Magnetic Dipole in a Magnetic Field
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Magnetic Flux
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Biot - Savart Law
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Magnetic Force (Two Parallel Wires)
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Ampere's Law
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Gauss' Law for Magnetism
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Magnetic Field from a Long Straight Wire
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Magnetic Field from a Toroid
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Magnetic Field from a Solenoid
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Faraday's Law of Induction
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Faraday's Law of Induction (Generalized)
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Motional EMF
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Inductance
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Inductance of an Air - Core Solenoid
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Self - Inductance
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Time Constant of the RL Circuit
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Current in a RL Circuit
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Initial Current in a Discharging RL Circuit
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Current Decay in a RL Circuit
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Energy Stored in the Magnetic Field of an Inductor
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Energy Density in a Location with a Magnetic Field
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Mutual Inductance
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Induced EMF
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Angular Frequency in an LC Circuit
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Angular Frequency in a RLC Circuit
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Charge on the Capacitor in a RLC Circuit
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Inductive Reactance
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Capacitive Reactance
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Impedance RLC Series AC Circuit
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Phase Angle
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RMS Current
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RMS Voltage
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Average Power in an RLC Circuit
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Average Power in an RLC Circuit (in Terms of Resistance)
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RMS Current in a Series RLC Circuit
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Resonance Frequency of a Series RLC Circuit
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AC Transformers
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Displacement Current
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Poynting Vector
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Lorentz Force Law
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Gauss' Law (Maxwell's First Equation)
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Gauss' Law for Magnetism (Maxwell's Second Equation)
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Faraday's Law of Induction (Generalized)
(Maxwell's Third Equation) |
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Ampere - Maxwell Law (Maxwell's Fourth Equation)
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Speed of Light
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Frequency - Wavelength Relationship
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Electromagnetic Waves (Wave Equations)
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Radiation Pressure (Complete Absorption)
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Average Value of the Poynting Vector
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