Home / Expert Answers / Electrical Engineering / can-i-get-the-correct-solution-for-this-circuit-analysis-homework-nbsp-in-the-circuit-showa-in-the-pa776

(Solved): can i get the correct solution for this circuit analysis homework  In the circuit showa in the ...

can i get the correct solution for this circuit analysis homework

In the circuit showa in the figute $$Z_{1}=24.0 .91 \Omega, Z_{2}=$$ $$90+50 i \Omega$$, and $$Z_{3}=210+1.0 i \Omega$$ Take that $$V=520$$. OEigure 1) Part A Find the phase current $$\mathbf{I}_{\mathrm{AB}}$$ Enter your answer using polar notation. Express ardument in degrees. Figure Part B Find the phase current $$\mathbf{I}_{\text {tice }}$$. Enter your answer using polar notation. Express argument in degrees. In the circut shown in the fogure $$Z_{1}=24.09 \Omega_{1} Z_{2}=$$ $$90+5$$. oi $$\Omega$$, and $$Z_{3}=210+1$$ oi $$\Omega$$ Take that $$V=520$$ (Epure-1) Find the phase current $$\mathbf{I}_{\mathrm{CA}}$$ Enter your answer using polar notation. Express argument in degrees. Figure Part D Find the line curtent $$\mathrm{I}_{\mathrm{aA}}$$ Enter your anawer using polar notation, Express argument in degrees. In the carcuit shown in the figure $$Z_{1}=24.0 .9 \Omega \Omega . Z_{2}=$$ $$90+5,0 i \Omega$$, and $$Z_{3}=21.0+1$$. O $$\Omega$$ Take that $$V=520$$ (Finute 1) Find the line current $$\mathbf{I}_{\text {bn }}$$ Enter your answer using polar notation. Express argument in degreea. Figure 1 of $$1>$$ $$=$$ PartF Find the tine cuitent $$\mathbf{I}_{\mathrm{c}}$$ Enter your answer using polar notation. Express argument in degrees.

We have an Answer from Expert

Expert Answer

We have an Answer from Expert