For a series 'RLC' circuit driven by voltage v = vm sinωt, the current is given by i = im sin(ωt + φ), the impedance (Z) of the circuit = ___________.(Where 'X'c is capacitive reactance and 'X'L is inductive reactance)

For a series 'RLC' circuit driven by voltage v = vm sinωt, the curre

1.	For a series 'RLC' circuit driven by voltage v = vm sinωt, the current is given by i = im sin(ωt + φ), the impedance (Z) of the circuit = ___________.(Where 'X'c is capacitive reactance and 'X'L is inductive reactance)
A.	√[R2 - (Xc - XL)2]
B.	R2 + (Xc - XL)2
C.	R2 - (Xc - XL)2
D.	√[R2 + (Xc - XL)2]
Answer» E.

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For a series RLC circuit driven by voltage v = vmsinωt, the current is given by i = im sin(ωt + φ) and the power factor = __________

For a series 'RLC' circuit driven by voltage v = vm sinωt, the current is given by i = im sin(ωt + φ), the impedance (Z) of the circuit = ___________.(Where 'X'c is capacitive reactance and 'X'L is inductive reactance)

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