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Q.8. Prove KVL and KCL by applying it to two loops and two nodes in the given circuit V = 40 V R = 10 N V, = 30 V R, = 5 N -- I-5 = 4 A IT 6 A I3 = 2 A V, - 240 V R = 60 0 Va = 120 V R. = 20 Ω Ve = 80 V I3 = 2 A IT 6 A I-5 = 4 A R.= 15 2

Q.8. Prove KVL and KCL by applying it to two loops and two nodes in the given circuit V = 40 V R = 10 N V, = 30 V R, = 5 N -- I-5 = 4 A IT 6 A I3 = 2 A V, - 240 V R = 60 0 Va = 120 V R. = 20 Ω Ve = 80 V I3 = 2 A IT 6 A I-5 = 4 A R.= 15 2

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Q.8. Prove KVL and KCL by applying it to two loops and two nodes in the given circuit V = 40 V R = 10 N 30 V V. R, = 5 N -- IT = 6 A 145 4 A I3 = 2 A R = 60 N Va = 120 V Rs = 20 0 V = 80 V V = 240 V I3 = 2 A 6 A I4-5 = 4 A D R, = 15 2
Transcribed Image Text:Q.8. Prove KVL and KCL by applying it to two loops and two nodes in the given circuit V = 40 V R = 10 N 30 V V. R, = 5 N -- IT = 6 A 145 4 A I3 = 2 A R = 60 N Va = 120 V Rs = 20 0 V = 80 V V = 240 V I3 = 2 A 6 A I4-5 = 4 A D R, = 15 2
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