In the given circuit, the charge on 4uF capacitor will be: 1 uF 4uF 5 ur HP 3 uF 10 V (A) 5.4°C (B) 9.6uC (C) 13.4°C

The resultant capacitance along Ac will be a) 4uf b)5/4 uf c)1uf d)3uf

In the given network, the value of C, so that an equivalent capacitance between A and B is 3uF

Find the ratio between the energy stored in 5uF capacitor to the 4muF capacitor in the given circuit in steady state.

Which option is correct for the resultant capacitance of the given circuit a) 4uf b) 1/4uf 3) 3/4uf d) 4/3uf

The resultant capacitance along AB is a) 1 uf b)2uf c)1.5uf d)2.5uf

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 8uF capacitor C_1 is charged to V_0 = 120 V . The charging battery is then removed and the capacitor is connected in parallel to an uncharged + 4muF capacitor C_2 . (a) what is the potential difference V across the combination? (b) what is the stored energy before and after the switch S is closed?

In figure C_1=C_5=8.4muF and C_2=C_3=C_4=4.2muF .The applied potential is V_(ab)=220V (a) What is the equivalent capacitance of the network between points a and b ? (b) Calculate the charge on each capacitor and the potential difference across each capacitor.