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In the circuit of Figure 7, assume that the load is C2. Determine the steady-state Thevenin voltage, VTH, seen by the load. 16) 2 kΩ L3 = 1 mH 6 k2 lll 4 k2 L2 = 0.5 mH L = 0.2 mH C2 = 4 µF 24 V C = 10 µF Figure 7 a) VTH = 24V b) VH =6.5V V TH = 8V d) VTH = 14.4V e) None of the above In the circuit of Figure 7, again assuming the load is C2, determine the steady-state Thevenin resistance, RTH, seen by the load. 17) @ RH =7.33 kN b) RH = 12 kQ c) RTH = 1.33 kN d) RH e) None of the above %3D 2 k2

In the circuit of Figure 7, assume that the load is C2. Determine the steady-state Thevenin voltage, VTH, seen by the load. 16) 2 kΩ L3 = 1 mH 6 k2 lll 4 k2 L2 = 0.5 mH L = 0.2 mH C2 = 4 µF 24 V C = 10 µF Figure 7 a) VTH = 24V b) VH =6.5V V TH = 8V d) VTH = 14.4V e) None of the above In the circuit of Figure 7, again assuming the load is C2, determine the steady-state Thevenin resistance, RTH, seen by the load. 17) @ RH =7.33 kN b) RH = 12 kQ c) RTH = 1.33 kN d) RH e) None of the above %3D 2 k2

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Can you answer 16&17 please with work? Thank you!

In the circuit of Figure 7, assume that the load is C2. Determine the steady-state Thevenin voltage, VTH, seen by the load. 16) 2 k2 = 1 mH 6 k2 4 k2 L2 = 0.5 mH L1 = 0.2 mH C2 = 4 µF + 24 V C = 10 µF Figure 7 a) VTH = 24V b) VTH = 6.5V O VTH = 8V %3D %3D 5 d) VH = 14.4V e) None of the above In the circuit of Figure 7, again assuming the load is C2, determine the steady-state Thevenin resistance, RȚH, seen by the load. 17) @ RH = 7.33 kQ b) RH = 12 k c) RyH =1.33 kN d) Ry = 2 kN e) None of the above %3D %3D
Transcribed Image Text:In the circuit of Figure 7, assume that the load is C2. Determine the steady-state Thevenin voltage, VTH, seen by the load. 16) 2 k2 = 1 mH 6 k2 4 k2 L2 = 0.5 mH L1 = 0.2 mH C2 = 4 µF + 24 V C = 10 µF Figure 7 a) VTH = 24V b) VTH = 6.5V O VTH = 8V %3D %3D 5 d) VH = 14.4V e) None of the above In the circuit of Figure 7, again assuming the load is C2, determine the steady-state Thevenin resistance, RȚH, seen by the load. 17) @ RH = 7.33 kQ b) RH = 12 k c) RyH =1.33 kN d) Ry = 2 kN e) None of the above %3D %3D
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