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A.Poles and zeros of lie an real axis driving point LCnetwork1.

lie an realaxisB.

Canonic LC networkhas2.

azeroC.

The number of Canonic networks for the given driving pointfunction3.

minimum number ofelementsD.

The first critical frequency nearest the origin for RL driving pointimpedance4.

four 5.minimum number of elements 6.alternate 7.either a pole or zero 8.three

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Match the following: List I List II

A.Poles and zeros of lie

A.Poles and zeros of lie

Assertion

(A): The part of root locus on the real axis is no

(A): The part of root locus on the real axis is no

Consider the following statements about root locus The inter

Poles and zeros of a driving point function of a network are

Consider the following statements regarding driving point ad

Consider the following expression for the driving point impe

Match the following: List I List II

A.Ratio of maximum energ

A.Ratio of maximum energ

Consider the network: Impedance of this network as a functio

The first critical frequency nearest the origin of the compl

Consider the following statements about root locus The root