Explore topic-wise MCQs in Network Theory.

This section includes 12 Mcqs, each offering curated multiple-choice questions to sharpen your Network Theory knowledge and support exam preparation. Choose a topic below to get started.

1.

For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y22 in terms of Inverse Transmission parameters can be expressed as ________

A. y<sub>22</sub> = ( frac{A }{B } )
B. y<sub>22</sub> = ( frac{1}{B } )
C. y<sub>22</sub> = ( left(C frac{D A }{B } right) )
D. y<sub>22</sub> = ( frac{D }{B } )
Answer» E.
Discussion
2.

For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y21 in terms of Inverse Transmission parameters can be expressed as ________

A. y<sub>21</sub> = ( frac{A }{B } )
B. y<sub>21</sub> = ( frac{1}{B } )
C. y<sub>21</sub> = ( left(C frac{D A }{B } right) )
D. y<sub>21</sub> = ( frac{D }{B } )
Answer» D. y<sub>21</sub> = ( frac{D }{B } )
Discussion
3.

For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y12 in terms of Inverse Transmission parameters can be expressed as ________

A. y<sub>12</sub> = ( frac{A }{B } )
B. y<sub>12</sub> = ( frac{1}{B } )
C. y<sub>12</sub> = ( left(C frac{D A }{B } right) )
D. y<sub>12</sub> = ( frac{D }{B } )
Answer» C. y<sub>12</sub> = ( left(C frac{D A }{B } right) )
Discussion
4.

For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y11 in terms of Inverse Transmission parameters can be expressed as ________

A. y<sub>11</sub> = ( frac{A }{B } )
B. y<sub>11</sub> = ( frac{1}{B } )
C. y<sub>11</sub> = ( left(C frac{D A }{B } right) )
D. y<sub>11</sub> = ( frac{D }{B } )
Answer» B. y<sub>11</sub> = ( frac{1}{B } )
Discussion
5.

For a T-network if the Open circuit Impedance parameters are z11, z12, z21, z22, then z22 in terms of Transmission parameters can be expressed as ____________

A. z<sub>22</sub> = ( frac{A}{C} )
B. z<sub>22</sub> = ( frac{AD}{C B} )
C. z<sub>22</sub> = ( frac{1}{C} )
D. z<sub>22</sub> = ( frac{D}{C} )
Answer» E.
Discussion
6.

For a T-network if the Open circuit Impedance parameters are z11, z12, z21, z22, then z21 in terms of Transmission parameters can be expressed as ____________

A. z<sub>21</sub> = ( frac{A}{C} )
B. z<sub>21</sub> = ( frac{AD}{C B} )
C. z<sub>21</sub> = ( frac{1}{C} )
D. z<sub>21</sub> = ( frac{D}{C} )
Answer» D. z<sub>21</sub> = ( frac{D}{C} )
Discussion
7.

For a T-network if the Open circuit Impedance parameters are z11, z12, z21, z22, then z12 in terms of Transmission parameters can be expressed as ____________

A. z<sub>12</sub> = ( frac{A}{C} )
B. z<sub>12</sub> = ( frac{AD}{C B} )
C. z<sub>12</sub> = ( frac{1}{C} )
D. z<sub>12</sub> = ( frac{D}{C} )
Answer» C. z<sub>12</sub> = ( frac{1}{C} )
Discussion
8.

For a T-network if the Open circuit Impedance parameters are z11, z12, z21, z22, then z11 in terms of Transmission parameters can be expressed as ____________

A. z<sub>11</sub> = ( frac{A}{C} )
B. z<sub>11</sub> = ( frac{AD}{C B} )
C. z<sub>11</sub> = ( frac{1}{C} )
D. z<sub>11</sub> = ( frac{D}{C} )
Answer» B. z<sub>11</sub> = ( frac{AD}{C B} )
Discussion
9.

For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y22 in terms of Transmission parameters can be expressed as ________

A. y<sub>22</sub> = ( frac{D}{B} )
B. y<sub>22</sub> = ( frac{C-A}{B} )
C. y<sub>22</sub> = ( frac{1}{B} )
D. y<sub>22</sub> = ( frac{A}{B} )
Answer» E.
Discussion
10.

For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y21 in terms of Transmission parameters can be expressed as ________

A. Y<sub>21</sub> = ( frac{D}{B} )
B. Y<sub>21</sub> = ( frac{C-A}{B} )
C. Y<sub>21</sub> = ( frac{1}{B} )
D. Y<sub>21</sub> = ( frac{A}{B} )
Answer» D. Y<sub>21</sub> = ( frac{A}{B} )
Discussion
11.

For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y12 in terms of Transmission parameters can be expressed as ________

A. y<sub>12</sub> = ( frac{D}{B} )
B. y<sub>12</sub> = ( frac{C-A}{B} )
C. y<sub>12</sub> = ( frac{1}{B} )
D. y<sub>12</sub> = ( frac{A}{B} )
Answer» C. y<sub>12</sub> = ( frac{1}{B} )
Discussion
12.

For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y11 in terms of Transmission parameters can be expressed as ________

A. y<sub>11</sub> = ( frac{D}{B} )
B. y<sub>11</sub> = ( frac{C-A}{B} )
C. y<sub>11</sub> = ( frac{1}{B} )
D. y<sub>11</sub> = ( frac{A}{B} )
Answer» B. y<sub>11</sub> = ( frac{C-A}{B} )
Discussion