If each branch of a 'Y' circuit has impedance equal tom , then each branch of the equivalent delta circuit has impedance equal to
The transmission parameters for circuit shown below are
The rise time of the RC circuit shown below is
A station in a network forwards incoming packets by placing them on its shortest output queue. What routing algorithm is being used?
A tree of the graph shown below is
The driving point function can be realized as a
The equivalent resistance between A and B in the following network is
The equivalent network is
The network shown below is
The impendance matrix for the circuit shown below is
The steady state voltage across the capacitors C_{1}, C_{2} and C_{3} shown in the circuit below are
Voltage across C_{1} under steady state =
Voltage across C_{2} is voltage across 31d/ resistance =
voltage across C_{3} is equal to voltage across C_{2} under steady state = 15V
Which of the following is correct?
Cut set is the number of branches that are to be removed to break the graph into two parts.
Rank of cut set matrix = Rank of incidence matrix
Adding one twig to the existing co-tree results in one tie-set.
Cut set is minimum number of branches to be removed to break graph into two parts.
Adding a link to existing tree results in one positive set
Find the voltage V_{x} in the given[/expand] circuit.
From the circuit applying Kirchhoff’s voltage law, we can write 50= 15+ 10+ 15+V_{x} => V_{x}= 10V.
The Dual of the network shown below is
Calculate the power dissipated in 3.Ω resistor
In the circuit shown below, V_{s} = 250 sin 500t, = 200. If R = 100Ω, then the
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