Chp 3 Sec B
What formula may be used to find the total resistance in a parallel circuit if all of the resistances are the same?
Rt = R/N
In a series circuit, the _____ is the same throughout the circuit.
current
Direct current or dc electricity is the flow of electricity in one direction the amplitude _____ change and the strength of the current remains the same.
does not
The device used to change DC to AC is the ______
inverter
The total resistance of a parallel circuit is ______ than the resistance of any of the paths
less
A series DC circuit is a circuit that has only _____ path for electron flow.
one
The ______ is capable of changing DC to AC using electronics
oscillator
The most widely used circuit arrangement is the _______ circuit
parallel
If there is only one path for electrons to flow, the circuit is called a ____ circuit
series
the sum of all of the voltage drops in a series circuit is equal to the _______
source voltage
The total power dissipated in a parallel circuit is equal to the _____ of the power dissipated in each of the individual load resistances
sum
the total resistance in a series circuit is the _______ of the individual load resistances
sum
The _________ dissipated in a series circuit is equal to the sum of the power dissipated in each of the individual load resistances
total power
The ______ remains the same across any of the paths of a parallel circuit
voltage