A. Voltage amplification
B. Current amplification
C. Both voltage and current amplification
D. None of the above

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Related Mcqs:

  1. At series resonance, the circuit offers____________ impedance?
    A. Zero B. Maximum C. Minimum D. None of the above...
  2. At series resonance, voltage across L is____________voltage across C?
    A. Equal to but opposite in phase to B. Equal to but in phase with C. Greater than but in phase with D. Less than but in phase with...
  3. At series resonance, the phase angle between applied voltage and circuit is______________?
    A. 90o B. 180o C. 0o D. None of the above...
  4. At series resonance, the net reactive component of circuit current is _______________?
    A. Zero B. Inductive C. Capacitive D. None of the above...
  5. At series or parallel resonance, the circuit behaves as a ______________ load?
    A. Capacitive B. Resistive C. Inductive D. None of the above...
  6. At series or parallel resonance, the circuit power factor is ________________?
    A. 0 B. 5 C. 1 D. 8...
  7. At parallel resonance, the net reactive component circuit current is _______________?
    A. Capacitive B. Zero C. Inductive D. None of the above...
  8. In parallel resonance, the circuit impedance is_________________?
    A. C/LR B. R/LC C. CR/L D. L/CR...
  9. At parallel resonance, the ratio L/C is ______________?
    A. Very large B. Zero C. Small D. None of the above...
  10. In parallel resonance, there is _______________?
    A. Both voltage and current amplification B. Voltage amplifications C. Current amplification D. None of the above...
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