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Test: Second Order RLC Circuits- 2 - Question 1

If the value of current i(t) for the circuit shown below is i(t) -20 e^{-2t}, then the voltage source v(t) will be given by

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Test: Second Order RLC Circuits- 2 - Question 2

The circuit shown in figure is critically damped.

The value of R is

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Test: Second Order RLC Circuits- 2 - Question 3

The voltage across a passive element in an electric circuit is given by It is given that V(0^{+})

The value of v(t) is

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Test: Second Order RLC Circuits- 2 - Question 4

A voltage is given by V(s) = 1/S(S + a). If V(∞) = 2 volts, then V(1) is

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Test: Second Order RLC Circuits- 2 - Question 6

Transient current in an R-L-C circuit oscillatory when

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Test: Second Order RLC Circuits- 2 - Question 7

Which of the following conditions are necessary for the validity of initial value theorem

Test: Second Order RLC Circuits- 2 - Question 8

The poles and zeros of the transfer function for the circuit shown below are located a

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Test: Second Order RLC Circuits- 2 - Question 9

Assertion (A): Laplace transformation finds its application in solving the transient behaviour of the electric circuits.

Reason (R): The transient response of an electrical circuit can best be described by a linear differential equation.

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Test: Second Order RLC Circuits- 2 - Question 10

The final value of f(t) = e^{-t} (sin 2t + cos 5t) is

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Test: Second Order RLC Circuits- 2 - Question 11

At t = 0^{+} with zero initial condition, the voltage across 20 Ω resistor is

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Test: Second Order RLC Circuits- 2 - Question 12

Assuming zero-initial condition v_{c}(t) in the given circuit will be given by

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Test: Second Order RLC Circuits- 2 - Question 13

The initial and final value of current through the resistor Rina series RLC circuit with unit step input and zero initial condition are respectively

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Test: Second Order RLC Circuits- 2 - Question 15

Consider the following statements for a series RLC circuit excited with a voltage v(t)

1. For ξ, = 0, there is no-loss in the circuit.

2. The damping ratio of the circuit is independent of resistance R of the circuit.

3. The response of the circuit is oscillator if ξ value is more than unity.

Q. Which of the above statements is/are true?

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