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RVUNL Circuit Theory Revision Quiz

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Question 1

Which of the following circuit theorem states that power delivered in the circuit is equal to the power absorbed in the circuit.

Question 2

For maximum power transfer to load, the value of load impedance should be equal to

Question 3

If the value of Thevenin voltage and Norton current across the load of 2Ω is 10 V and 5 A respectively. Then the value of current across load will be

Question 4

Which of the following plot represents the magnitude of transfer function versus frequency of the circuit shown in figure.

Question 5

The voltage across a 20 μF capacitor is defined as follows

The waveform of current, through the capacitor is

Question 6

The low-frequency circuit impedance and the high-frequency circuit impedance for a series resonant circuit respectively are

Question 7

Assertion(A): All networks cannot be reduced to Thevenin’s equivalent, but those reduced to Thevenin’s equivalent are capable of being converted into Norton’s equivalent.
Reason (R): Thevenin’s and Norton’s equivalents are duals of each other.

Question 8

What is the difference between the transient-state analysis and steady-state analysis of LTI systems?

Question 9

If the Thevenin impedance of the circuit is Z_th = 6 + j5 Ω. The load connected at the terminal of load is R_L + j3Ω. The value of R_L for which maximum power is transferred to the load.