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sol-2.) given x_(L)=35.8 Omegaquad R=275.8 Omega{:[V_(S)=0.5v],[V_(L)=(X_(L))/(x_(L)+R)V_(S)=>V_(L)=(j 35.8)/(275.8+j 35.8)xx.5V],[V_(L)=(8.2849+j 63.8266)xx10^(-3)V],[V_(L)=64.362 xx10^(-3)/_82.6^(@)V]:}3.) omega_(0)=(1)/(sqrt(LC)) for series RLC{:[" given "=>R=3.1kOmegaquad C=140nFquad L=60.9mH],[omega_(0)=(1)/(sqrt(60.9 xx10^(-3)xx190 xx10^(-9)))=10829.972rad//s]:}4.) Standard series RLC tranfer function in network=((1)/(LC))/(S^(2)+(R)/(L)S+(1)/(LC)),quadomega_(0)=(1)/(sqrt(LC)) quad ... See the full answer