1.
In a series circuit, the equivalent resistance is
the
A) sum of the individual resistances,
B) voltage across the first resistor divided by the current,
D) total voltage divided by the number of resistors.
2
For a series-parallel circuit, the equivalent resistance
is greater than for
A) the resistances connected in series,
B) the resistances connected in parallel,
D) an open circuit.
3
The current through resistances in series is ________
through each resistance.
A) the same.
B) different.