A circuit consists of two impedances, $Z_{1}=20 \angle 30^{\circ} \Omega$ and $Z_{2}=14.14 \angle-45^{\circ} \Omega$, in parallel, supplied by a source voltage $V=100 \angle 60^{\circ}$ volts. Determine the power triangle for each of the impedances and for the source.

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The Answer of A circuit consists of two impedances, $Z_{1}=20 \angle 30^{\circ} \Omega$ and $Z_{2}=14.14 \angle-45^{\circ} \Omega$, in parallel, supplied by a source voltage $V=100 \angle 60^{\circ}$ volts. Determine the power triangle for each of the impedances and for the source.

A Circuit Consists of Two Impedances Z1=20∠30∘ΩZ_{1}=20 \angle 30^{\circ} \OmegaZ1​=20∠30∘Ω And Z2=14.14∠−45∘ΩZ_{2}=14.14 \angle-45^{\circ} \OmegaZ2​=14.14∠−45∘Ω

A Circuit Consists of Two Impedances $Z_{1}=20 \angle 30^{\circ} \Omega$ And $Z_{2}=14.14 \angle-45^{\circ} \Omega$