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6.30 Find the equivalent capacitance with respect to the terminals a, b for the circuits shown in Fig. P6.30. salug Figure P6.30 (a) a a o (b) 8 nF H6 - 30 V + Hov 40 nF bet + 5V- 12.8 nF. boo od 12 µF HE 20 μF tt 14 μF. 36 μF 2 V + 18 nF slan HE 5.6 nF Totiongia ad mig inom 8 V el 15 V + 32 nF HE 10 V + V S10E 8 nF 24 μF sviel 10 Velgunch + HE 21 μF + 30 V 28 μF 5V Ytons doum woh +

6.30 Find the equivalent capacitance with respect to the terminals a, b for the circuits shown in Fig. P6.30. salug Figure P6.30 (a) a a o (b) 8 nF H6 - 30 V + Hov 40 nF bet + 5V- 12.8 nF. boo od 12 µF HE 20 μF tt 14 μF. 36 μF 2 V + 18 nF slan HE 5.6 nF Totiongia ad mig inom 8 V el 15 V + 32 nF HE 10 V + V S10E 8 nF 24 μF sviel 10 Velgunch + HE 21 μF + 30 V 28 μF 5V Ytons doum woh +

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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Circuits 1 HW 5 Q10
6.30 Find the equivalent capacitance with respect to the terminals a, b for the circuits shown in Fig. P6.30. Figure P6.30 (a) a a o (b) 8 nF H6 - 30 V + lov 40 nF bet + 5V- 12.8 nF. mot 12 µF HE boo 20 μF tt 14 uF. 36 μF 2 V 18 nF BETT HE rotiveges admi: +8y=120g Inst V + 5.6 nF el 15 V + 32 nF HE 10 V + Y 510F HE 21 μF 8 nF 51612 sviel 10 V eni gund + 16 24 μF + 30 V 28 μF 5V Ytons douth woH +
Transcribed Image Text:6.30 Find the equivalent capacitance with respect to the terminals a, b for the circuits shown in Fig. P6.30. Figure P6.30 (a) a a o (b) 8 nF H6 - 30 V + lov 40 nF bet + 5V- 12.8 nF. mot 12 µF HE boo 20 μF tt 14 uF. 36 μF 2 V 18 nF BETT HE rotiveges admi: +8y=120g Inst V + 5.6 nF el 15 V + 32 nF HE 10 V + Y 510F HE 21 μF 8 nF 51612 sviel 10 V eni gund + 16 24 μF + 30 V 28 μF 5V Ytons douth woH +
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