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Test: The RLC Circuits - Question 1

The natural response of an RLC circuit is described by the differential equation

The v(t) is

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Test: The RLC Circuits - Question 2

Find the current in the circuit which supplies an active power of 600 watts and reactive power of 800 VAR, if the voltage applied is 200 V (RMS value).

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Test: The RLC Circuits - Question 3

In the circuit of fig. v_{∞} = 0 for t > 0. The initial condition are v(0) = 6V and dv(0) /dt =-3000 V s. The v(t) for t > 0 is

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Test: The RLC Circuits - Question 4

The circuit shown in fig. P1.6.5 has been open for a long time before closing at t = 0. The initial condition is v(0) = 2V. The v(t) for t > is

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Test: The RLC Circuits - Question 5

Circuit is shown in fig. Initial conditions are i_{1}(0) = i_{2}(0) =11A

i_{1} (1s) = ?

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Test: The RLC Circuits - Question 6

Circuit is shown in fig. P.1.6. Initial conditions are (0)i_{1=}i_{2}(0)=11A

i_{2} (1 s)= ?

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Test: The RLC Circuits - Question 8

The circuit shown in fig is in steady state with switch open. At t = 0 the switch is closed. Theoutput voltage v_{t} (c) for t > 0 is

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Test: The RLC Circuits - Question 9

The switch of the circuit shown in fig. is opened at t = 0 after long time. The v(t) , for t > 0 is

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Test: The RLC Circuits - Question 10

In the circuit of fig.the switch is opened at t = 0 after long time. The current i_{L}(t) for t > 0 is

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Test: The RLC Circuits - Question 11

In the circuit shown in fig.all initial condition are zero.

If i_{s} (t) = 1 A, then the inductor current i_{L}(t) is

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Test: The RLC Circuits - Question 12

In the circuit shown in fig. all initialcondition are zero

If i_{s}(t) = 0.5t A, then i_{L}(t) is

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Test: The RLC Circuits - Question 13

In the circuit of fig. switch is moved from position a to b at t = 0. The i_{L}(t) for t > 0 is

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Test: The RLC Circuits - Question 14

In the circuit shown in fig. a steady state has been established before switch closed. The i(t) for t > 0 is

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Test: The RLC Circuits - Question 15

The switch is closed after long time in the circuit of fig. The v(t) for t > 0 is

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Test: The RLC Circuits - Question 17

In the circuit of fig. i(0) = 1A and v(0) = 0. The current i(t) for t > 0 is

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Test: The RLC Circuits - Question 18

In the circuit of fig. a steady state has been established before switch closed. The v_{o} (t) for t >0 is

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Test: The RLC Circuits - Question 19

In the circuit of fig. a steady state has been established before switch closed. The i(t) for t > 0 is

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Test: The RLC Circuits - Question 20

Calculate the quality factor Q for an RLC circuit having R = 10 Ω, C = 30μF, and L = 27mH.

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