Answer Happy

can you please help me with this electrical question?
b. Referring to Fig. Q2b, calculate: i. ii. iii. the current I, voltages across the resistor, VR, capacitor Vc and inductor V₁ the total power factor power delivered by the circuit. 72 45 V2 (t) Vi(t), ta 1.5 31.5/ Fig. Q2 (a) E= 50Sin400t R = 102 R2 = 22 M + VR Fig. 2Q (b) C+ = 50ur + C2 = 50ur Vc + VL t(ms) L = 0.1H