In the circuit shown below, find the voltage across resistance.(a) 0.303(b) 303(c) 3.03(d) 30.3The question was asked by my school principal while I was bunking the class.This intriguing question comes from Series Circuits topic in section Complex Impedence of Network Theory

In the circuit shown below, find the voltage across resistance.(a) 0.3

1.	In the circuit shown below, find the voltage across resistance.(a) 0.303(b) 303(c) 3.03(d) 30.3The question was asked by my school principal while I was bunking the class.This intriguing question comes from Series Circuits topic in section Complex Impedence of Network Theory
Answer» The CORRECT choice is (c) 3.03 Easy explanation: VOLTAGE across resistance = IR. The values of I = 3.03 mA and R = 10000Ω. On SUBSTITUTING the values in the equation, the voltage across resistance = 3.03 x 10^-3×1000 = 3.03V.

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