Three resistances 58, 51 and 6 are connected as shown in figure. If the point S divides the resistance 6 into two equal halves, the resistance between points P and S is

Three resistances 5Omega, 5Omega and 6Omega are connected as shown in figure. If the point S divides the resistance 6Omega into two equal halves, the resistance between points P and S is

Three resistances 5Omega, 5Omega and 6Omega are connected as shown in figure. If the point S divides the resistance 6Omega into two equal halves, the resistance between points P and S is

Three resistances of 4Omega each are connected as shown in the figure. If point D divides the resistance into two equal halves , the resistance between points A and D will be

Three resistances of 4Omega each are connected as shown in the figure. If point D divides the resistance into two equal halves , the resistance between points A and D will be

Free resistors are connected as shown in adjoining figure. The effective resistance i.e. quivalent resistance between the points A and B is :

Five resistances are connected as shown in figure. What is the effective resistance between points A and B?

Five resistors are connected as shown in adjoining figure. The effective resistance i.e., equivalent resistance between the points A and B is :

In the network shown in the figure, each of the resistance is equal to 2Omega . The resistance between the points A and B is

In the network shown in the figure, each of the resistance is equal to 2 Omega The resistance between the points A and B is