65 In the circuit of Figure P7.65: V1 = 170 cos(wt) V2 = 170 cos(mt + 27/3) v,3 = 170 cos(ot – 27/3) f = 60 Hz Z2 = 0.35/0° 2 Z1 = 0.5/20° 2 Z3 = 1.72(-90°) 2 Determine the current through Z1, using...

65 In the circuit of Figure P7.65:<br>V1 = 170 cos(wt)<br>V2 =<br>170 cos(mt + 27/3)<br>v,3 = 170 cos(ot – 27/3)<br>f = 60 Hz<br>Z2 = 0.35/0° 2<br>Z1 = 0.5/20° 2<br>Z3 = 1.72(-90°) 2<br>Determine the current through Z1, using<br>a. Loop/mesh analysis.<br>b. Node analysis.<br>c. Superposition.<br>Z3<br>

Extracted text: 65 In the circuit of Figure P7.65: V1 = 170 cos(wt) V2 = 170 cos(mt + 27/3) v,3 = 170 cos(ot – 27/3) f = 60 Hz Z2 = 0.35/0° 2 Z1 = 0.5/20° 2 Z3 = 1.72(-90°) 2 Determine the current through Z1, using a. Loop/mesh analysis. b. Node analysis. c. Superposition. Z3

Jun 10, 2022

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65 In the circuit of Figure P7.65: V1 = 170 cos(wt) V2 = 170 cos(mt + 27/3) v,3 = 170 cos(ot – 27/3) f = 60 Hz Z2 = 0.35/0° 2 Z1 = 0.5/20° 2 Z3 = 1.72(-90°) 2 Determine the current through Z1, using...

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