Q27 a) Using KVL, find (i) the voltage across the resistance R3, (ii) Current flow through resistance R1, (ii) Current flow through resistance R2, (iv) Current flow through resistance R4 and (v) Power absorbed by the resistance R2 The given values are R1=30 2, R2=70 2, R3=80 0, R4= 100 n and V=45 Volts. R1 R2 R3 V R4 Q27 b) Find the equivalent Inductance between 'a' and "b'. L1= 35 mH, L2 = 40 mH, L3 = 60 mH, La = 40 mH and Ls = 20 mH

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Q27 a) Using KVL, find (i) the voltage across the resistance R3, (ii) Current flow through resistance R1, (ii) Current flow through resistance R2, (iv) Current flow through
resistance R4 and (v) Power absorbed by the resistance R2.
The given values are R1=30 0, R2=70 n, R3=80 0, R4= 100 n and V=45 Volts.
R1
R2
R3
V
R4
Q27 b) Find the equivalent Inductance between 'a' and "b'.
L1= 35 mH, L2 = 40 mH, L3 = 60 mH, La = 40 mH and Ls = 20 mH
Upload your Answers steps in the "Final Answer Submission" Link provided in the Moodle.
Q27 b) Equivalent Inductance =
Transcribed Image Text:Q27 a) Using KVL, find (i) the voltage across the resistance R3, (ii) Current flow through resistance R1, (ii) Current flow through resistance R2, (iv) Current flow through resistance R4 and (v) Power absorbed by the resistance R2. The given values are R1=30 0, R2=70 n, R3=80 0, R4= 100 n and V=45 Volts. R1 R2 R3 V R4 Q27 b) Find the equivalent Inductance between 'a' and "b'. L1= 35 mH, L2 = 40 mH, L3 = 60 mH, La = 40 mH and Ls = 20 mH Upload your Answers steps in the "Final Answer Submission" Link provided in the Moodle. Q27 b) Equivalent Inductance =
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