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Network Theory : Nuclear Quiz 2
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Question 1
In the given network, the voltage across the capacitor attains what percentage of its final steady state value in 20 s.
Question 2
Three equal impedance are first connected in delta across a 2-phase balanced supply. If the same impedances are connected in star across the same supply then,
Question 3
For the network shown below, calculate the equivalent resistance Req (in ohms). Let the value of each resistor be 3 ohm.
Question 4
The circuit shown below is driven by a sinusoidal input 
. The steady state output v0 is
. The steady state output v0 is Question 5
The time domain behavior of an RL circuit is represented by
For an initial current of
, the steady state value of the current is given by
For an initial current of
, the steady state value of the current is given by Question 6
The values of R, L and C in series RLC circuit that resonates at 1.5 KHz and consumes 50 W from a 50 V ac source operating at the resonant frequency. The bandwidth is 0.75 KHz.
Question 7
The transfer function of an RLC circuit is given by:
The quality factor (Q-factor) of the circuit is:
The quality factor (Q-factor) of the circuit is:
Question 8
Find i(in A) through R5 resistor in the given circuit using Thevenin’s theorem:
R1=5 Ω
R2=2 Ω
R3=1 Ω
R4=5 Ω
R5=5 Ω
R1=5 Ω
R2=2 Ω
R3=1 Ω
R4=5 Ω
R5=5 Ω
Question 9
For the circuit given in the figure, the voltage 
(in volts) across the capacitor is
(in volts) across the capacitor is Question 10
Consider the network given below 
The Thevenin equivalent resistance between the terminal a-b is
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Jan 25ESE & GATE EC
