Semester : SEMESTER 3
Subject : Network Theory
Year : 2019
Term : DECEMBER
Scheme : 2015 Full Time
Course Code : EC 201
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B C192007 Pages:4
b) Define Node, Tree and Link (3)
c) State and prove initial value and final value theorem (8)
3 a) Solve the circuit and find the loop currents in fig(4) (6)
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fig(4)
b) State reciprocity theorem (3)
c) Draw the laplace transformed circuit and write the mesh equations for the circuit shown (6)
in fig(5)
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fig(5)
PART B
Answer any two full questions, each carries 15 marks.
4 a) Find the inverse laplace transform of (8)
(s) 215 — 33
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b) Write any six properties of driving point and transfer functions. (7)
5 a) Theswitch is opened at t = 0. Find the capacitor voltage for t > 0 (8)
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