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C=2000rad//s;L=50mH;C=2muFInductive reactance X_(L)=omega L=2000 xx50 xx10^(-3)Omegax_(L)=100 OmegaCapacitive reactance x_(C)=(1)/(omega c)=(1)/(2000 xx2xx10^(-6))Omegax_(c)=250 OmegaFrequency domain Circuit:Applying Kcl at node (1) we set{:[( bar(V)_(x))/(2000)+( bar(V)_(x))/(j 100)+( bar(V)_(x)- bar(V)_(0))/(-j 250)=40 L0],[(0.5-j6)xx10^(-3) bar(V)_(x)-j4xx10^(-3) bar(V)_(0)=40.],[{:(0.5-j6) bar(V)_(x)-j4) bar(V)_(0)=40000 rarr" (1) "]:}Applying kcl at node (2) we set{:[( bar(v)_(0)- bar(v)_(x))/( ... See the full answer