Multiple Choice
At series resonance, if the circuit's resistance is significantly lower than its reactance, then the voltage drops appearing across the reactive components
A) will equal the supply voltage
B) may be significantly less than the supply voltage
C) may be significantly higher than the supply voltage
Correct Answer:
Verified
Correct Answer:
Verified
Q10: The capacitive reactance of a load is
Q11: The capacitive reactance of a load is
Q12: Phasors are said to 'rotate'<br>A) at synchronous
Q13: The phase angle of an a.c. circuit
Q14: Series resonance can only occur in a
Q16: The load current leads the supply voltage
Q17: The opposition to the drift of current
Q18: The impedance of a load is the
Q19: The potential-difference across a capacitive-resistive circuit, divided
Q20: When series resonance occurs, the circuit's<br>A) resistance