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Higher Study | Network Theory | Network Theorems

Norton’s theorem states that a complex network connected to a load can be replaced with an equivalent impedance
Reciprocity theorem is applicable to a network
In superposition theorem, when we consider the effect of one current source, all the other current sources are
It is required to find the current through a particular branch of a linear bilateral network without mutual coupling when the branch impedance takes four different values, Which one of the following methods will be preferred?
Which of the following truly represents the Thevenin’s equivalent circuit when a voltage source of 24 V undergoes a voltage drop of 0.6 V due to a load current of 1A?
When the voltage sources are replaced with short circuits and current sources are replaced with open circuits, leaving dependent sources in the circuit, the theorem applied is
In a sinusoidal steady state system, a circuit consisting if an independent voltage source in series with an impedance delivers maximum average power to the load impedance ZL, when
In the RL circuit given below, the maximum power will be transferred when value of RL is
When the source is delivering maximum power to the load, the efficiency will be
Which of the following theorem works only for circuits that are reducible to series/parallel combinations for each of the power sources at a time and it only works where the underlying equations are linear (no mathematical powers or roots)?
Find the value of Norton resistance at the terminals a-b for the circuit shown here. (where V = 10 V, I = 5 A, R1 = 9 Ω, R2 = 18 Ω, R3 = 4 Ω)
Maximum power transfer theorem states an independent voltage source in series with an impedance Zth delivers a maximum average power to the load impedance Z­L­; wherein
Thevenin's equivalent voltage as seen from the terminal 1-2 for the circuit shown below is:
For the circuit shown below the Thevenin's voltage and equivalent resistance at terminal ab are respectively:
In the circuit shown below, the value of RL such that the power transferred to RL is maximum is
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