For the given circuit incidence matrix A given as
This circuit has ___________ branches of tree, ________________ links and missing row in the incidence matrix is
Two inductors L_{1} and L_{2} are connected in series. The net inductance when they additively coupled is 20 H and that of oppositely coupled Is 12 H. The mutual inductance 'M' of these two is ____________ H
The equivalent resistance between terminals A and B is ____________
In the circuit shown in the below figure the values of E_{1} and E_{2} respectively ____________
In the figure shown below V = ?
The current flowing through the branch AB is ____________
In the circuit shown in below figure VAB and ZAB respectively _______________
The current T in the circuit shown in below figure is ______________
What is the value of R_{L }to transfer maximum power to the load in the circuit shown in below figure is _________________Ω
The number of forward paths and number of loops of the signal flow graph shown in below figure is _____________
Consider the block diagram shown in the below figure.
A 2nd order system has a transfer function In this system time required for the output to reach its 2^{nd} peak for the unit step input is _____________ (in seconds).
The number of poles lies in RHS of s = 1 plane in the characteristic equation s^{3} + 2s^{2}  5s  6 = 0 is
The 'root locus’ of a system is shown in the below figure. Its transfer function is _____________
A system has openloop transfer function Its Nyquist plot is ______________
Bode plot of a transfer function is as shown in below figure.
The corner frequency ω_{1} is ___________ rad/s
Match List1, Listll with ListIll and select the correct answer using the codes given below the lists:
ListI
A. lead compensator
B. lag compensator
ListII
X. steady state response
Y. transient response
ListIll
The figure shown in below is a signal flow graph of a system. Its transfer function is _________________
Consider the circuit shown below:
The s.c. input admittance of the above network is __________________
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