In the circuit shown below, Vs = 120245° V, ZA = 2215° £2, Zɛ = 10 − j5 £2, and Zc = 8 +j6 22. ZA ZB Zc a) Determine the average power absorbed by the impedance Z₁. b) Determine the apparent power absorbed by the impedance ZB. c) Determine the reactive power absorbed by the impedance Zc. d) Determine the power factor at which the source supplies power.

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In the circuit shown below, Vs = 120/45° V /rms, ZA = 2215° Q2, ZB = 10-j5 , and Zc = 8 +j6
ZA
ZB
Zc
a) Determine the average power absorbed by the impedance Z₁.
b) Determine the apparent power absorbed by the impedance ZB.
c) Determine the reactive power absorbed by the impedance Zc.
d) Determine the power factor at which the source supplies power.
PIAns: V₁=2 V; V=2.121 V; Vag=7.5 V; V=7.906 V.
P2Ans: a) S,= 133.333241.410° VA; b) St=1235.47622.945° VA; c) S, 1004.9882-5.710° VA; d) Sa=450249.458° VA.
P3Ans: a) PA=414.990 W; b) Sn=738.985 VA; c) Qc = 495.726 VAR; d) PF = 0.988 lagging.
Transcribed Image Text:In the circuit shown below, Vs = 120/45° V /rms, ZA = 2215° Q2, ZB = 10-j5 , and Zc = 8 +j6 ZA ZB Zc a) Determine the average power absorbed by the impedance Z₁. b) Determine the apparent power absorbed by the impedance ZB. c) Determine the reactive power absorbed by the impedance Zc. d) Determine the power factor at which the source supplies power. PIAns: V₁=2 V; V=2.121 V; Vag=7.5 V; V=7.906 V. P2Ans: a) S,= 133.333241.410° VA; b) St=1235.47622.945° VA; c) S, 1004.9882-5.710° VA; d) Sa=450249.458° VA. P3Ans: a) PA=414.990 W; b) Sn=738.985 VA; c) Qc = 495.726 VAR; d) PF = 0.988 lagging.
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