The voltage function v(t) in the circuit shown below is?(a) v(t) = e^-tjω(b) v(t) = e^tjω(c) v(t) = Vme^tjω(d) v(t) = Vme^-tjωThis question was addressed to me in an internship interview.This interesting question is from Impedence Diagram topic in division Complex Impedence of Network Theory

The voltage function v(t) in the circuit shown below is?(a) v(t) = e^-

1.	The voltage function v(t) in the circuit shown below is?(a) v(t) = e^-tjω(b) v(t) = e^tjω(c) v(t) = Vme^tjω(d) v(t) = Vme^-tjωThis question was addressed to me in an internship interview.This interesting question is from Impedence Diagram topic in division Complex Impedence of Network Theory
Answer» Right answer is (C) v(t) = Vme^tjω To explain: If we consider the RC series circuit and APPLY the complex FUNCTION v(t) to the circuit then voltage function is GIVEN by v(t) = Vme^tjω.

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The voltage function v(t) in the circuit shown below is?(a) v(t) = e^-tjω(b) v(t) = e^tjω(c) v(t) = Vme^tjω(d) v(t) = Vme^-tjωThis question was addressed to me in an internship interview.This interesting question is from Impedence Diagram topic in division Complex Impedence of Network Theory

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