Six resistors each of 10 ohm are connected shown. The equivalent resistance between points X and Y is

Four capacitors are connected as shown . The equivalent capacitance between the points X and Y is

Five resistance are connected as shown in the figure. The equivalent resistance between points A and C is

Five resistance are connected as shown in the figure. The equivalent resistance between points A and C is

In the adjoining network of resistors, each is of resistance r ohm, the equivalent resistance between points A and B is–

In the adjoining network of resistors, each is of resistance r ohm, the equivalent resistance between points A and B is–

In the adjoining network of resistors, each is of resistance r ohm, the equivalent resistance between points A and B is–

Six resistances are connected as shown here. The effective resistance between points A and B is -

Six resistances are connected as shown here. The effective resistance between points A and B is -

Six resistors of each 2 ohm are connected as shown in the figure. The resultant resistance between A and B is.