MCQ 1 Which of the following theorem is used for the analysis of a transistor circuit
MCQ 16 The most elementary form of a loop which cannot be further divided into other loops is called
MCQ 2 An element which supplies electric energy to the circuit is called
MCQ 4 In a series R-L-C circuit at resonance
MCQ 17 Series resonant circuit is sometimes known as
MCQ 3 Parallel resonant circuit is sometimes known as
MCQ 15 A term used to express the amount of electric energy stored in electrostatic field is
MCQ 25 A series-resonant circuit implies
MCQ 8 The quality factor of R-L-C circuit will increase if
MCQ 5 The internal conductance of ideal voltage source is
MCQ 18 Voltage resonance means
MCQ 14 At parallel resonance, the current flowing through L and C are
MCQ 29 Capacitor opposes change in
MCQ 6 Inductor opposes change in
MCQ 19 An ideal voltage source has
MCQ 9 Parallel resonant circuit is sometime called as
MCQ 24 When short circuit, current flow in circuit will
MCQ 7 In the power system, under the conditions of maximum power transfer, the efficiency is nearly
MCQ 26 The flow of dc current through an inductor is effected at the time of
MCQ 20 In a loss free R-L-C circuit the transient current will be
MCQ 10 In a parallel resonant circuit, the current through capacitor is
MCQ 28 Property of an electrical circuit that dissipates electric energy
MCQ 13 Which of the following element provides protection against overload
MCQ 30 Which of the following does not refer to electrical energy
MCQ 11 The internal conductance of an ideal current source is
MCQ 27 Charge in the capacitor is stored at the
MCQ 21 When Q-factor of a circuit is high, then
MCQ 23 When a capacitor is connected in parallel to an highly inductive circuit, the phase angle will
MCQ 22 The current through an inductor follows
MCQ 12 Which of the following circuit is also called anti-resonant circuit?
