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(i) What is the effective capacitance of the following capacior network? (ii) Given that the voltage between a and b is 10 volts, What is the charge on the 2 µF and 4 µF capacitors and what is the potential difference across the 6 µF capacitor? (iii) What is the energy stored in the 6 µF capacitor? (iv) If a dielectric of K=2 is inserted into the 2 µF capacitor, what is the charge on this capacitor after that? 2.0 µF a 4.0 µF 6.0 µF

(i) What is the effective capacitance of the following capacior network? (ii) Given that the voltage between a and b is 10 volts, What is the charge on the 2 µF and 4 µF capacitors and what is the potential difference across the 6 µF capacitor? (iii) What is the energy stored in the 6 µF capacitor? (iv) If a dielectric of K=2 is inserted into the 2 µF capacitor, what is the charge on this capacitor after that? 2.0 µF a 4.0 µF 6.0 µF

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(i) What is the effective capacitance of the following capacior network? (ii) Given that the voltage between a and b is 10 volts, What is the charge on the 2 µF and 4 µF capacitors and what is the potential difference across the 6 µF capacitor? (iii) What is the energy stored in the 6 µF capacitor? (iv) If a dielectric of K=2 is inserted into the 2 µF capacitor, what is the charge on this capacitor after that? 2.0 LF 4.0 µF 6.0 µF
Transcribed Image Text:(i) What is the effective capacitance of the following capacior network? (ii) Given that the voltage between a and b is 10 volts, What is the charge on the 2 µF and 4 µF capacitors and what is the potential difference across the 6 µF capacitor? (iii) What is the energy stored in the 6 µF capacitor? (iv) If a dielectric of K=2 is inserted into the 2 µF capacitor, what is the charge on this capacitor after that? 2.0 LF 4.0 µF 6.0 µF
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