The voltage function v(t) in the circuit shown below is?(a) v(t) = Vm e^-tjω(b) v(t) = Vme^tjω(c) v(t) = e^tjω(d) v(t) = e^-tjωI have been asked this question in an internship interview.I need to ask this question from Impedence Diagram topic in chapter Complex Impedence of Network Theory

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

1.	The voltage function v(t) in the circuit shown below is?(a) v(t) = Vm e^-tjω(b) v(t) = Vme^tjω(c) v(t) = e^tjω(d) v(t) = e^-tjωI have been asked this question in an internship interview.I need to ask this question from Impedence Diagram topic in chapter Complex Impedence of Network Theory
Answer» Correct choice is (b) V(t) = Vme^tjω For EXPLANATION: The VOLTAGE function v(t) in the circuit is a complex function and is given by v(t) = VM e^tjω=Vm(cosωt+jsinωt).

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The voltage function v(t) in the circuit shown below is?(a) v(t) = Vm e^-tjω(b) v(t) = Vme^tjω(c) v(t) = e^tjω(d) v(t) = e^-tjωI have been asked this question in an internship interview.I need to ask this question from Impedence Diagram topic in chapter Complex Impedence of Network Theory

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