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Higher Study | Network Theory | Transient Analysis

A switch is connected in between a 12 V battery and an uncharged capacitor and a 1 KΩ resistor. At the time instant when the switch is closed, the voltage across the capacitor is:
Name that transient which is produced when a circuit, which is originally dead, is energized.
In the circuit shown the switch is opened at t = 0 after having been closed for a long time. Current through the inductor for t > 0 is given by:
For the circuit as shown, consider that switch S1 has been in position B for a very long time and switch S2 has been open all the time. At time t = 0, the switch S1 moves to position A and switch S2 closes instantaneously. What is the value of Vout of t = 0+, assuming initial charge on C = 0?
In the circuit as shown in figure, the switch is closed at t = 0. The current through the capacitor will decrease exponentially with a time constant of magnitude
For the R-L circuit shown, the current i(t) for unit step input voltage will rise to 0.63 in
The switch in the circuit shown below is in position 1 for a long time. At time t = 0, it is moved to position 2. The value of VR at t = 0+ is
For the circuit diagram shown below, calculate the voltage across capacitor V(t) at t = 160 μs?
For the circuit shown in figure, find current i(t) after the switch moves from position '1' to position '2' -
In a series circuit, current leads voltage by 90° what type of circuit is this?
RLC parallel circuit, if current through capacitor and inductor is equal, then, what is the power factor?
What is meant by zero initial condition for a system?
What should be done to find the initial values of the circuit variables in a first-order R-C circuit excited by only initial conditions?
Transients are caused because 1. The load is suddenly connected to or disconnected from the supply 2. of the sudden change in applied voltage from one finite value to the other 3. of the change in stored energy in inductors and capacitors Which of the above statements are correct
Which of the following circuits has no transients?
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