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Q: In the circuit given below, the current source is 1∠0° A, R = 1 Ω, the impedances are ZC = -j Ω and ZL = 2j Ω. The Thevenin equivalent looking across A-B is __________
In the circuit given below, the current source is 1∠0° A, R = 1 Ω, the impedances are ZC = -j Ω and ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: A periodic rectangular signal X (t) has the waveform as shown below. The frequency of the fifth harmonic of its spectrum is ______________
A periodic rectangular signal X (t) has the waveform as shown below. The frequency of the fifth harmonic of its ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: A voltage having the waveform of a sine curve is applied across a capacitor. When the frequency of the voltage is increased, what happens to the current through the capacitor?
A voltage having the waveform of a sine curve is applied across a capacitor. When the frequency of the voltage is ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: An inductive coil connected to a 200 V, 50 Hz AC supply with 10 A current flowing through it dissipates 1000 W. Which of the following will have least value?
An inductive coil connected to a 200 V, 50 Hz AC supply with 10 A current flowing through it dissipates 1000 W. ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: An inductive coil connected to a 200 V, 50 Hz AC supply with 10 A current flowing through it dissipates 1000 W. The value of the impedance Z and Reactance XL are respectively ____________
An inductive coil connected to a 200 V, 50 Hz AC supply with 10 A current flowing through it dissipates 1000 W. ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: A relay coil having voltage of magnitude 210 V and frequency 50 Hz is connected to a 210 V, 50 Hz supply. If it has resistance of 50 Ω and an inductance of 0.2 H, the apparent power is _____________
A relay coil having voltage of magnitude 210 V and frequency 50 Hz is connected to a 210 V, 50 Hz supply. If ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: In the circuit given below, the value of ZL for maximum power to be transferred is _____________
In the circuit given below, the value of ZL for maximum power to be transferred is _____________ (a) R (b) R ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: A 10 V is connected across a load whose V-I characteristics is given by 7I = V^2 + 2V. The internal resistance of the battery is of magnitude 1Ω. The current delivered by the battery is ____________
A 10 V is connected across a load whose V-I characteristics is given by 7I = V^2 + 2V. The internal ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: A current I given by I = – 8 + 6\sqrt{2} (sin (ωt + 30°)) A is passed through three meters. The respective readings (in ampere) will be?
A current I given by I = - 8 + 6\sqrt{2} (sin (ωt + 30°)) A is passed through three meters. ... theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: A rectifier type AC voltmeter consists of a series resistance R, an ideal full-wave rectifier bridge and a PMMC instrument. A DC current of 1 mA produces a full-scale deflection of the instrument. The resistance of the instrument is 100 Ω. A voltage of 100 V (rms) is applied to the input terminals. The value of R required is?
A rectifier type AC voltmeter consists of a series resistance R, an ideal full-wave rectifier bridge and a PMMC ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The discharge of a capacitor through a ballistic galvanometer produces a damped frequency of 0.125 Hz and successive swings of 120, 96 and 76.8 mm. The logarithmic decrement is?
The discharge of a capacitor through a ballistic galvanometer produces a damped frequency of 0.125 Hz and successive ... EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: 12, 1 H inductors are used as edge to form a cube. The inductance between two diagonally opposite corners of the cube is ____________
12, 1 H inductors are used as edge to form a cube. The inductance between two diagonally opposite corners of the ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: For a network having 1 Ω resistor and 1 F capacitor in series, the impedance Z(s) is ____________
For a network having 1 Ω resistor and 1 F capacitor in series, the impedance Z(s) is ____________ (a) \frac{ ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: A system function H(s) = \frac{25}{s^2+4s+100}, the resonant frequency in rad/sec and bandwidth in rad/sec is ____________
A system function H(s) = \frac{25}{s^2+4s+100}, the resonant frequency in rad/sec and bandwidth in ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Given a series RLC circuit. The impedance Z(s) of the circuit will be?
Given a series RLC circuit. The impedance Z(s) of the circuit will be? (a) \frac{5(s^2+5)}{s^2 ... theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: A system function H(s) = \frac{V(s)}{I(s)} = \frac{s}{(s+4)}. For i(t) = u(t) and value of system is 0 for t<0. Then v(t) is ___________
A system function H(s) = \frac{V(s)}{I(s)} = \frac{s}{(s+4)}. For i(t) = u(t) and value of system is 0 for t...
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Q: A system is at rest for t < 0. It is given by \frac{dy}{dt} + 2y = u(t)sin(2t+A). If steady state is reached at t = 0, then the value of angle A is ___________
A system is at rest for t < 0. It is given by \frac{dy}{dt} + 2y = u(t)sin(2t+A). If ... Network theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The value of 2 [u (t – 1) – u (1 – 2t)] (u ( t + 1) + u (t)) at t = 3 sec is ____________
The value of 2 [u (t - 1) - u (1 - 2t)] (u ( t + 1) + u (t)) at t = 3 sec ... questions, Network theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Barlett’s Bisection Theorem is applicable to ___________
Barlett's Bisection Theorem is applicable to ___________ (a) Unsymmetrical networks (b) Symmetrical networks (c) Both ... EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The values of z11 and z21 for a T circuit having resistances 20 Ω each is _____________
The values of z11 and z21 for a T circuit having resistances 20 Ω each is _____________ (a) 40, 20 (b) ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The values of z12 and z22 for a T circuit having resistances 20 Ω each is _____________
The values of z12 and z22 for a T circuit having resistances 20 Ω each is _____________ (a) 40, 20 (b) ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: If y(t) = 120e^10x(t), then the relation is _________
If y(t) = 120e^10x(t), then the relation is _________ (a) Dynamic (b) Static (c) Memory (d) ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The z parameters form a matrix of the form ___________
The z parameters form a matrix of the form ___________ (a) [z11 z12; z21 z22] (b) [z11 z12; z22 z21] ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The Laplace transform of the function e^-2tcos(3t) + 5e^-2tsin(3t) is ____________
The Laplace transform of the function e^-2tcos(3t) + 5e^-2tsin(3t) is ____________ (a) \frac{(s+2)-15 ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The Laplace transform of the function 6e^5tcos(2t) – e^7t is ______________
The Laplace transform of the function 6e^5tcos(2t) - e^7t is ______________ (a) \frac{6(s-5)}{(s-5)^ ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The Laplace transform of the function cosh^2(t) is ____________
The Laplace transform of the function cosh^2(t) is ____________ (a) \frac{s^2+2}{s(s^2+4)} (b) ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Given a system function H(s) = \frac{V(s)}{I(s)} = \frac{(s+4)}{(s+3)^2}. And i(t) is a unit step, then V(t) in the steady state is ___________
Given a system function H(s) = \frac{V(s)}{I(s)} = \frac{(s+4)}{(s+3)^2}. And i(t) ... , Network theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: What is the steady state value of F (t), if it is known that F(s) = \frac{2}{s(S+1)(s+2)(s+3)}?
What is the steady state value of F (t), if it is known that F(s) = \frac{2}{s(S+1)(s+2) ... theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: What is the steady state value of F (t), if it is known that F(s) = \frac{1}{(s-1)(s+2)}?
What is the steady state value of F (t), if it is known that F(s) = \frac{1}{(s-1)(s+2)} ... theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: What is the steady state value of F (t), if it is known that F(s) = \frac{1}{(s+2)^2 (s+4)}?
What is the steady state value of F (t), if it is known that F(s) = \frac{1}{(s+2)^2 (s+ ... theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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