Two parallel plates capacitors A and B having capacitance of `1 muF and 5 muF` are charged separately to the same potential of 100 V. Now, the positive plate of A is connected to the negative plate of B and the negative plate of A to the positive plate of B. Find the final charges on each capacitors.

Two parallel plate condenser A and B having capacitances of 1 mu F and 5 mu F are charged separately to the same potential of 100V. Now the positive plate of A is connected to the negative plate of B and the negative plate of A to the positive plate of B. Common potential is

Two parallel plate condenser A and B having capacitances of 1 mu F and 5 mu F are charged separately to the same potential of 100V. Now the positive plate of A is connected to the negative plate of B and the negative plate of A to the positive plate of B. Energy stored in capacitor is

Two parallel plate condenser A and B having capacitances of 1 mu F and 5 mu F are charged separately to the same potential of 100V. Now the positive plate of A is connected to the negative plate of B and the negative plate of A to the positive plate of B. Final energy stored in capacitor is

A capacitor A of capacitance 4muF is charged to 30V and another capacitor B of capacirtance muF is charged to 15V . Now, the opositive plate of A is connected to the negative plate of B and negative plate of A to the positive plate of B . find the final charge of each capacitor and loss of electrostatic energy in the process.

Two capacitors of capacitances 3 muF and 6 muF are charged to a potential of 12 V each. They are now connected to each other, with the positive plate of each joined to the negative plate of the other. The potential difference across each will be

Two capacitors of capacitance 2muF and 4muF respectively are charged to a potential of 12 V. they are now connected to each other, with the positive plate of each joined to the negative plate of the other. The potential difference across each capacitor will be

Two capacitors of capacitance 2muF and 5muF are charged to a potential difference 100V and 50 V respectively and connected such that the positive plate of one capacitor is connected to the negative plate of the other capacitor after the switch is closed, the initial current in the circuit is 50 mA. the total resistance of the connecting wires is (in Ohm):

Two capacitors of capacitances 1muF and 3muF are charged to the same voltages 5V. They are connected in parallel with oppositely charged plates connected together. Then

Three capcaitors of capacities 1muF, 2muF and 3muF are charged by 10V, 20V and 30V respectively. Now positive plates of first two capacitors are connected with the negative plate of third capacitor on one side and negative plates of first wo capacitors are connectes with positive of third capacitor on the other side. Find a. common potential V b. final charges on different capacitors.

Two capacitors A and B with capacities 3 muF and 2 muF are charged to a potential differece of 100 V and 180 V , respectively. The plates ot the capacitors are connected as shown in, with one wire free from each capacitor. The upper plate of A is positive and that of B is negative An uncharged 2muF capacitor C with lead wires falls on the free ends to complete the circuit. i. Calculate the final charge on the three capacitors, ii. Find the amount of electrostatic energy stored in the system before and after the completion of the circuit. .