30NF 1OUF a40V :20uF :40 uF 1. Equivalent capacitance of the combination, voltages across the individual capacitors 2. If the capacitors are connected in series , calculate the equivalent capacitance and voltage drop across the individual capacitors 3. If the capacitors are connected in parallel, calculate the equivalent capacitance of the combination and the charge deposited on each capacitor 4. How should the capacitors be connected to yield an equivalent capacitance of 25µF
30NF 1OUF a40V :20uF :40 uF 1. Equivalent capacitance of the combination, voltages across the individual capacitors 2. If the capacitors are connected in series , calculate the equivalent capacitance and voltage drop across the individual capacitors 3. If the capacitors are connected in parallel, calculate the equivalent capacitance of the combination and the charge deposited on each capacitor 4. How should the capacitors be connected to yield an equivalent capacitance of 25µF
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Transcribed Image Text:30NF
1OuF
a40v
20uF
40 uf
1. Equivalent capacitance of the combination, voltages across the individual capacitors
2. If the capacitors are connected in series , calculate the equivalent capacitance and voltage drop
across the individual capacitors
3. If the capacitors are connected in parallel, calculate the equivalent capacitance of the
combination and the charge deposited on each capacitor
4. How should the capacitors be connected to yield an equivalent capacitance of 25µF
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