Potential difference $V_B-V_A$ in the network shown is

The charge in the $2\mathrm{\mu F}$ capacitor at steady state is

Consider the combination of resistors as shown in figure and pick out the correct statement

In the circuit shown in figure, all cells are ideal. The current through $2 \mathrm{\Omega }$ resistor is

The effective resistance of the network between points $A \& B$ is

The following circuit consist of a $5\mathrm{\mu }F$ capacitor, having charge $50\mathrm{\mu }C$ as shown. The switch is closed at $t=0.$ The value of current in $2 M\Omega$ resistor at $t=0$ is

There are a large number of cells available, each marked $(6 \mathrm{V}, 0.5 \mathrm{\Omega })$ to be used to supply current to a device of resistance $0.75 \mathrm{\Omega },$ requiring $24$ Acurrent. How should the cells be arranged, so that power is transmitted to the load using minimum number of cells?

Potential difference across $AB$ in the network shown is

Current through $10 \mathrm{\Omega }$ resistor shown in figure is