2. A circuit is made up of a series combination of 275 Ω resistor, an inductivereactance of 436 Ω and a capacitive reactance of 325 Ω. Find the (a) impedance, (b)phase angle, (c) maximum voltage of the source when the effective current in thecircuit is 0.225 A. 2. A circuit is made up of a series combination of 275 resistor, an inductivereactance of 436 and a capacitive reactance of 325 . Find the (a) impedance, (b)phase angle, (c) maximum voltage of the source when the effective current in thecircuit is 0.225 A.Hints:Z = √R² + (X₁Xc)²; = tan-1 XL-XC;ROhm's Law: Vmax= ImaxZ so convert the given effective current, Irms into Imax first.(Irms √2 = Imax)

Solution:- Given,R=275Ω , XL=436Ω , XC=325Ω1) Impedance Ζ=R2+(XL-XC)2 =…

Answered: 2. A circuit is made up of a series…

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