8.12 Find the impedance, Z, shown in Fig. P8.12 at a frequency of 60 Hz. 10 mH 20 w Figure P8.12 ΤΩ 10 uF

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Use Thevenin's theorem to find Vo in the circuit in Fig. P8.125. 402 1202 ww -j4 12/6°V I₁ Figure P8.125 3.51/52.12° V 2.34/45° V 1.55/67.14° V 2023 1/90° A

8.14 Find the frequency-domain impedance, Z, shown in Fig. P8.14. 6 0 10 j2n j4 0

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Given the network in Fig. P8.52, determine the magnitude of the Vo phasor if Vs = 11V, R1 = 40, and R2=7 0. j2 Ω Vs (+1 R1 www -j1Q + V₁ R2 + Provide your answer in Volts to the nearest tenth of a Volt Do not include any units in your answer Ex. If the magnitude is 5.12V, your submitted answer would be 5.1 Vo Note: The Vo phasor will also have a phase angle, but this problem is only asking for the magnitude of the phasor, not the phase angle.

Find the frequency-domain impedance Z, as shown in Fig. P8.8. (W=5, L=6) Z Figure P8.8 13.26/90° 6.11/39.5° 3.84239.69° www 3.11268.2° WΩ BILM

8.14 Find the frequency-domain impedance, Z, shown in Fig. P8.14. Z- 20 北 -j1 n Figure P8.14 ΤΩ 20 -j2n

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Given the network in Fig. P8.52, determine the magnitude of the Vo phasor if Vs = 38V, R1 = 4 Q, and R2=9 0. S + R1 ww j20 + -10 R2 ww Vo Note: The Vo phasor will also have a phase angle, but this problem is only asking for the magnitude of the phasor, not the phase angle. • Provide your answer in Volts to the nearest tenth of a Volt • Do not include any units in your answer • Ex. If the magnitude is 5.12V, your submitted answer would be 5.1