Pages: 3

a

bn bef Q
SA 20

: 21

b

10 १) Find ‏سو‎
‎) Current, "` in the network
he networ shown in Fig.3 using super position theorem (6)

8
Fig.3

0) List the properties of Incidence Matrix (4)
11 For the network shown in Fig.4 write down the tieset matrix and obtain the (10)
network equilibrium equations in matrix form using KVL. Calculate the loop
currents.
2೧ 8५
69 4Q
12V 6V
Fig.4
١ PART C
Answer any two full questions, each carries10 marks.
5 . Fi : fr 16. 5 1 Dis −− )
12 The switch in the circuit of Fig.5 is moved from position | to position 2 att = 0. ப
Determine ೫!) 4 2९10 |
1 5142 5000 ((६2 कह
< ‏اہ‎ ಮು 2
1 + \ ய்‌
٢ की v(t 1 pF 1 ٥١ ‏ے‎
‎100 V 50% pa ்‌ ‏عسید‎
‎ಹ]
‎10 होड़ 50 |
5 ச்‌
‏کے‎ ٣×

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