98 cards
Capacitors in parallel ____
____ are insulators placed between the plates of a capacitor.
Dielectric materials are ____ placed between the plates of a capacitor.
Dielectric materials are insulators placed between ____.
Dielectric materials ____ capacitance by a factor equal to the material’s dielectric constant , κ .
Dielectric materials increase ____ by a factor equal to the material’s dielectric constant , κ .
Dielectric materials increase capacitance by a factor equal to ____.
____ in equation form :
Equivalent capacitance (series) in equation form : ____
Equivalent capacitance (parallel) in equation form : ____
____ in equation form : C p = C 1 + C 2 + C 3 + ⋯ + C n
Potential energy of a capacitor equation:____
____ equation:
Electric field in a capacitor equation : ____
____ equation :
Capacitance equation : ____
____ equation :
____ equation:
Equivalent resistance (parallel) equation:____
____ equation: R s = R 1 + R 2 + R 3 + ⋯ + R n
Equivalent resistance (series) equation: ____
Ohm’s law equation : ____
____ equation : V = IR
____ equation: V source = V drop
Kirchhoff’s loop rule equation: ____
____ equation: I into junction = I leaving junction
Kirchhoff’s junction rule equation: ____
Current equation:____
____ equation:
The influence that makes current flow from lower to higher potential is called ____.
The influence that makes current flow from ____ potential is called electromotive force.
The influence that makes ____ flow from lower to higher potential is called electromotive force.
Even the very sources of emf, such as batteries, have some small but measurable amount of ____
As a result of ____, the voltage supplied to a circuit is reduced from its theoretical emf value by some small amount.
The actual voltage supplied by a cell to a circuit can be calculated from:____
____ can be calculated from: V = E cell – ir int
Power delivered to or extracted from a circuit element can be shown by:____
Electric power equations: