find the charges on the capacitors in figure. And the potential differences across them.

In the circuit shown in figure Find the potential differnece across capacitor.

For the given capacitor configuration (a) Find the charges on each capacitor (b) potential difference across them ( c) energy stored in each capacitor .

4muF capacitor is charged to 150 V and another capacitor of 6muF is charged to 200 V. Then they are connected across each other. Find the potential difference across them. Calculate the heat produced.

4muF capacitor is charged to 150 V and another capacitor of 6muF is charged to 200 V. Then they are connected across each other. Find the potential difference across them. Calculate the heat produced.

4muF capacitor is charged to 150 V and another capacitor of 6muF is charged to 200 V. Then they are connected across each other. Find the potential difference across them. Calculate the heat produced.

In the circuit shown in figure find a. the equivalent capacitance b. the charge stored in each capacitor and c. the potential difference across each capacitor.

In the circuit shown in figure find a. the equivalent capacitance b. the charge stored in each capacitor and c. the potential difference across each capacitor.

The charge stored in a capacitor is 20 mu C and the potential difference across the plates is 500V .Its capacity is ..?