Question

60?0°V + 200? 100? -j100? Figure 1: For Questions 8 - 10 8. What is $V_{th}$ for the circuit shown in Figure 1? a 29.91?-39.4° V b 16.64?-33.7° V c 18.66?60.0° V d 23.46?45.0° V e None of the above 9. What should the load impedance be in the circuit shown in Figure 1 to ensure maximum power transfer? a 46.2 + j30.8 ? b 36.3 + j62.6 ? c 20.7 - j74.5 ? d 52.1 - j21.4 ? e None of the above 10. What is the maximum real power transferred to the load in the circuit shown in Figure 1? a 750 mW b 835 mW c 921 mW d 693 mW e None of the above

          60?0°V
+
200?
100?
-j100?
Figure 1: For Questions 8 - 10
8. What is $V_{th}$ for the circuit shown in Figure 1?
a 29.91?-39.4° V
b 16.64?-33.7° V
c 18.66?60.0° V
d 23.46?45.0° V
e None of the above
9. What should the load impedance be in the circuit shown in Figure 1 to ensure maximum power transfer?
a 46.2 + j30.8 ?
b 36.3 + j62.6 ?
c 20.7 - j74.5 ?
d 52.1 - j21.4 ?
e None of the above
10. What is the maximum real power transferred to the load in the circuit shown in Figure 1?
a 750 mW
b 835 mW
c 921 mW
d 693 mW
e None of the above

60?0°V
+
200?
100?
-j100?
Figure 1: For Questions 8 - 10
8. What is Vth for the circuit shown in Figure 1?
a 29.91?-39.4° V
b 16.64?-33.7° V
c 18.66?60.0° V
d 23.46?45.0° V
e None of the above
9. What should the load impedance be in the circuit shown in Figure 1 to ensure maximum power transfer?
a 46.2 + j30.8 ?
b 36.3 + j62.6 ?
c 20.7 - j74.5 ?
d 52.1 - j21.4 ?
e None of the above
10. What is the maximum real power transferred to the load in the circuit shown in Figure 1?
a 750 mW
b 835 mW
c 921 mW
d 693 mW
e None of the above

Added by Erika M.

Question

Please give Ace some feedback