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16. (a) What load impedance Z₁ will draw the maximum average power from the source shown in Fig. 11.31? (b) Calculate the maximum average power supplied to the load. 17. The inductance of Fig. 11.31 is replaced by the impedance 9-j8 k22. Repeat Exercise 16. 18. Determine the average power supplied by the dependent source in the circuit of Fig. 11.32. 15/60° V 225 Ω www FIGURE 11.31 j700 Ω Z₁

16. (a) What load impedance Z₁ will draw the maximum average power from the source shown in Fig. 11.31? (b) Calculate the maximum average power supplied to the load. 17. The inductance of Fig. 11.31 is replaced by the impedance 9-j8 k22. Repeat Exercise 16. 18. Determine the average power supplied by the dependent source in the circuit of Fig. 11.32. 15/60° V 225 Ω www FIGURE 11.31 j700 Ω Z₁

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Anybody help me with those exercises 14 and 16?
16. (a) What load impedance Z will draw the maximum average power from the source shown in Fig. 11.31? (b) Calculate the maximum average power supplied to the load. 17. The inductance of Fig. 11.31 is replaced by the impedance 9-j8 k22. Repeat Exercise 16. 18. Determine the average power supplied by the dependent source in the circuit of Fig. 11.32. 15/60° V 225 Ω FIGURE 11.31 j700 Ω ZL
Transcribed Image Text:16. (a) What load impedance Z will draw the maximum average power from the source shown in Fig. 11.31? (b) Calculate the maximum average power supplied to the load. 17. The inductance of Fig. 11.31 is replaced by the impedance 9-j8 k22. Repeat Exercise 16. 18. Determine the average power supplied by the dependent source in the circuit of Fig. 11.32. 15/60° V 225 Ω FIGURE 11.31 j700 Ω ZL
14. With regard to the two-mesh circuit depicted in Fig. 11.29, determine the aver- age power absorbed by each passive element, and the average power supplied by each source, and verify that the total supplied average power the total absorbed average power. 79/-40° V 50 m 1₁ j7Q -j3.1 Ω HE 1₂ ~ ) 152 /0° V
Transcribed Image Text:14. With regard to the two-mesh circuit depicted in Fig. 11.29, determine the aver- age power absorbed by each passive element, and the average power supplied by each source, and verify that the total supplied average power the total absorbed average power. 79/-40° V 50 m 1₁ j7Q -j3.1 Ω HE 1₂ ~ ) 152 /0° V
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