Two batteries, two resistors and two condensers are connected as shown in the figure. The charge on 2uF capacitor is : I 1871 152 3UF 512 2uF I 413 1 - 30 °C 2 20 uc 3 25 °C 4 48 uc

Two cellls, two resistance and two capacitors are connected as shown in figure. The charge on 2muF capacitors is

Two cellls, two resistance and two capacitors are connected as shown in figure. The charge on 2muF capacitors is

Three capacitors C_1,C_2 and C_3 are connected to a battery of 6 V as shown in the figure find the charge on three capacitor

Two capacitors C_(1) and C_(2) are connected to a battery of 6 V as shown in Fig. Find the charge on each capacitor.

Three capacitors C_(1), C_(2) and C_(3) are connected to a 6 V battery, as shown in Fig. Find the charges on the three capcitors.

Two capacitors C_(1) and C_(2) are connected in a circuit as shown in figure. The potential difference (V_(A) - V_(B)) is

Two capacitors C_1 and C_2 of capacitances C/2 and C/4 are connected to a V volt battery, as shown in figure. The ratio of energy slored in capacitors C_1 and C_2 is

Three capacitors (of capacitances C , 2C and 3C ) and three resistors (of resistance R , 2R and 3R ) are connected with a battery and switch S as shown in the figure. When switch S is open, charges on the capacitors are shown. Switch S is closed at t=0 sec . The time constant of the circuit will be

Three capacitors (of capacitances C , 2C and 3C ) and three resistors (of resistance R , 2R and 3R ) are connected with a battery and switch S as shown in the figure. When switch S is open, charges on the capacitors are shown. Switch S is closed at t=0 sec . The time constant of the circuit will be