For the two circuits shown below, the relation between IA and IB is ________(a) IB = IA + 6(b) IB = IA + 2(c) IB = 1.5IA(d) IB = IAThe question was asked in a job interview.My question comes from Advanced Problems on Network Theory in section Network Theory and Complex Circuit Diagram of Network Theory

For the two circuits shown below, the relation between IA and IB is __

1.	For the two circuits shown below, the relation between IA and IB is ________(a) IB = IA + 6(b) IB = IA + 2(c) IB = 1.5IA(d) IB = IAThe question was asked in a job interview.My question comes from Advanced Problems on Network Theory in section Network Theory and Complex Circuit Diagram of Network Theory
Answer» Correct option is (c) IB = 1.5IA Explanation: In the circuit of FIGURE (IB), TRANSFORMING 3A SOURCE into 18 V source, all SOURCES are 1.5 times of that in circuit (IA). Hence, IB = 1.5IA.

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