Chapter 19: Inductors

self-inductance

The induced EMF is proportional to the rate of change in the current. This proportionality constant is called \_______.

Definition of self-inductance

Equation for the induced EMF

henry (H)

SI unit for inductance

Energy stored in an inductor

Time constant for RC Circuit

Time constant for LR Circuit Analog

Growth of current in an RL circuit

Decay of current in an RL circuit

Voltage across an inductor while the current grows

Voltage across an inductor while the current decays

Time constant of an LR circuit

capacitor of capacitance C

A \_______ is charged to a voltage V and then attached to an inductor of inductance L

Capacitor’s charge in an LC circuit (general solution)

Current in an LC circuit (general solution)

Mass of Spring Period

LC Circuit Analog Period

Mass on a spring Kinetic Energy

Mass on a spring Potential Energy

Energy due to moving charge stored in magnetic field of inductor

Energy due to static charge stored in capacitor

Relationship between Qmax and Imax

General statement of conservation of energy

total energy stored in the inductor and capacitor as a function of time