A ring is made of a wire having a resistance $R_0=12\Omega$. Find the points A and B, as shown in the figure, Figure, at which a current carrying conductor should be connected so that the resistance $R$ of the sub circuit between these points is equal to $\frac{8}{3}\Omega$.

What current will flow through the $2\mathrm{k\Omega }$ resistor in the circuit shown in the figure.

In the circuit shown in the figure, if the potential at point $\mathrm{A}$is taken to be zero, the potential at point $\mathrm{B}$ is

In the given circuit, with steady current, the potential drop across the capacitor must be:

In the given circuit it is observed that the current $\mathrm{I}$ is independent of the value of the resistance ${\mathrm{R}}_6$ Then the resistance values must satisfy

The effective resistance between the points P and Q of the electric circuit shown in Figure is

In the shown arrangement of the experiment of the metre bridge if $\mathrm{AC}$ corresponding to null deflection of galvanometer is x, what would be its value if the radius of the wire $\mathrm{AB}$ is doubled?

Six identical resistors are connected as shown in the Fig. $5.202$. The equivalent resistance will be