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6.13 Find the voltage across the capacitors in the circuit of Fig. 6.49 under de conditions. 10 2 50 2 ww- ww 20Ω 30 2 60 V Figure 6.49

6.13 Find the voltage across the capacitors in the circuit of Fig. 6.49 under de conditions. 10 2 50 2 ww- ww 20Ω 30 2 60 V Figure 6.49

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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stc ksa ll. HW_Ch-6.pdf Homework Ch.6: 6.13, 6.19, 6.46, 3.53 6.19 Find the equivalent capacitance between terminals 6.13 Find the voltage across the capacitors in the circuit of Fig. 6.49 under de conditions. a and b in the circuit of Fig. 6.53. All capacitances are in uF. 10 Q 50 Ω 80 ww ww 20 Ω 12 40 30 Ω 50 20 60 V 12 = 30 10 Figure 6.49 For Prob. 6.13. bo 60 6.53 Find Leg at the terminals of the circuit in Fig. 6.75. 6.46 Find vc, i̟, and the energy stored in the capacit and inductor in the circuit of Fig. 6.69 under de conditions. 6 mH 8 mH ww 5 mH 12 mH vc + 2 F 8 mH E 6 A (4 0.5 H 6 mH 34 mH bo m rele 8 mH 10 mH Figure 6.69 For Prob. 6.46. Figure 6.75 For Prob. 6.53.
Transcribed Image Text:stc ksa ll. HW_Ch-6.pdf Homework Ch.6: 6.13, 6.19, 6.46, 3.53 6.19 Find the equivalent capacitance between terminals 6.13 Find the voltage across the capacitors in the circuit of Fig. 6.49 under de conditions. a and b in the circuit of Fig. 6.53. All capacitances are in uF. 10 Q 50 Ω 80 ww ww 20 Ω 12 40 30 Ω 50 20 60 V 12 = 30 10 Figure 6.49 For Prob. 6.13. bo 60 6.53 Find Leg at the terminals of the circuit in Fig. 6.75. 6.46 Find vc, i̟, and the energy stored in the capacit and inductor in the circuit of Fig. 6.69 under de conditions. 6 mH 8 mH ww 5 mH 12 mH vc + 2 F 8 mH E 6 A (4 0.5 H 6 mH 34 mH bo m rele 8 mH 10 mH Figure 6.69 For Prob. 6.46. Figure 6.75 For Prob. 6.53.
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