If the equivalent capacitance between$A$ and$B$ is $1 \mathrm{\mu F}\text{,}$ then the value of $C$ will be

The equivalent capacitance between point$A$ and $B$ is

A combination arrangement of the capacitors is shown in the figure.

(i) $C_1=3 \mathrm{\mu F}, C_2=6 \mathrm{\mu F}$ and $C_3=2 \mathrm{\mu F}$ then equivalent capacitance between $a$ and $b$ is 

In the figure given, the effective capacitance between$A$ and $B$ will be

If the shown figure combination of four capacitors and their values are given. Charge and potential difference across $4 \mathrm{\mu F}$ capacitor will be 

The charge on each of the capacitors $0.20$ $\mathrm{ms}$ after the switch $S$ is closed in figure is 

In the adjoining diagram, (assuming the battery to be ideal) the condenser $C$ will be fully charged to potential $V$ if-