Find out the following if A is connected with C and B is connected with D.
How much charge flows in the circuit.

Find out the following if A is connected with C and B is connected with D. (i) How much charge flows in the circuit. (ii) How much heat is produced in the circuit.

Find out the following if A is connected with C and B is connected with D. (i) How much charge flows in the circuit. (ii) How much heat is produced in the circuit.

Find out the following if A is connected with C and B is connected with D. How much heat is produced in the circuit.

Repeat above question if A is connected with D and B is connected with C.

Three capacitors of capacitances 1 muF, 2 muF , and 2 muF , are cahrged up to the potential difference 30 V, 10 V , and 15 V , respectivly. If terminal A is connected with D C is connected with E and F is connected eith B, the find the charge flow in the ciruit and the final charge on the capacitors. .

Three capacitors of capacitances 1 muF, 2 muF , and 2 muF , are cahrged up to the potential difference 30 V, 10 V , and 15 V , respectivly. If terminal A is connected with D C is connected with E and F is connected eith B, the find the charge flow in the ciruit and the final charge on the capacitors. .

Two capacitors C_(1) and C_(2) are charged 2uF AND 3uF seperately to potentials 20 V and 10V , respectively. The terminals of capacitors C_(1) and C_(2) are marked as (A-B) and (C-D), respectvely. A is connected with C and B is connected with D. i. Find the final potential dsifference across each eapacitors. ii. Find the final charge in both capacitors iii. How much heat is produced in the circuit.

A current of 4A flows around a circuit for 10s. How much charge flows past a point in the circuit in this time?