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Network Theory And Analysis
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The transient current in an RLC circuit is oscillating when

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A series RC circuit has R = 5 Ω and C = 10 µF. The current in the circuit is 5sin20000t. The applied voltage is

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An RC circuit has an R of 10 kΩ and C = 0.05 µF. The applied voltage for charging is 36 V. How long will it take C to charge to 24 V?

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Which one of the following statements is not a property of R-L driving point impedance?

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In the circuit shown below, shown S is closed at t = 0. The time constant of the circuit and initial value of current i(t) are
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A battery charger can drive a current of 5 A into a 1 ohm resistance connected at its output terminals. If it is able to charge an ideal 2 V battery at 7 A rate, then its Thevenin's equivalent will be

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Energy needed to move 4 coulombs of charge is 4 joules. The potential difference is

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The Z-parameter matrix \left[ {\begin{array}{*{20}{c}} {{{\text{Z}}_{11}}}&{{{\text{Z}}_{12}}} \\ {{{\text{Z}}_{21}}}&{{{\text{Z}}_{22}}} \end{array}} \right]   for the two-port network shown is
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Choose the incorrect answer related to mutual inductance

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Which statement is not correct? The given circuit is
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You are given that L1 = 2 H and L2 = 8 H are perfectly lossless inductors which are magnetically coupled. The coupling inductance M in Henrys will be:

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A network in which all the elements are physically separable is called a

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Consider the circuit shown below
The power factor of the above circuit as seen by the source is
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What is the minimum number of elements required to realize a given driving point susceptance function?

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In a circuit in which resistance, capacitance and inductance are in series, the impedance would be-

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For maximum power transfer to load, find the value of 'ZL'
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The value of resistance R shown in the given figure is
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For a network shown in figure, which of the following statement is true.
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The effective inductance across 'AB' of the infinite ladder shown in the figure below is-
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What will be the power consumed by the voltage source, current source and resistance respectively?
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