The total power used in a series circuit is the
A) value of power dissipated in one part of the circuit
B) sum of the individual values of power dissipated in each part of the circuit
C) total voltage divided by the total resistance
D) total resistance times the total current
Correct Answer:
Verified
Q17: Adding series resistance
A) increases the current
B) decreases
Q18: The IR voltage across each series connected
Q19: With no current through a resistor, the
Q20: Whose law states that the sum of
Q21: The power needed to produce current in
Q23: In a series circuit, the resistor with
Q24: Series-opposing voltages are
A) added
B) subtracted
C) never used
D)
Q25: If two series-opposing voltages are equal, the
Q26: A common application of series circuits is
Q27: In most electronic systems, one side of
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