Six equal resistances are connected between points P, Q and Ras shown in the fig. Then, the net resistance will be maximum between P R

Six equal resistances are connected between points P, Q and R as shown in the figure. Then the net resistance will be maximum between

Six equal resistances are connected between points P, Q and R as shown in the figure. Then the net resistance will be maximum between

Six equal resistances are connected between points P,Q and R as shown in the figure. Then, the net resistance will be maximum between

Six equal resistances are connected between points P, Q and R as shown in the figure . The net resistance will be maximum between

Six equal resistances are connected between points P, Q and R as shown in the figure. Then the net resestance will be maximum between

Six equal resistance are connected between point P,Q and R Then net resistance will be maximum between

Five equal resistances are connected in a network as shown in figure. The net resistance between the points A and B is :

Five resistance are connected as shown in the figure . The equivalent resistance between P and Q will be

Six resistance each of value r=5 Omega are connected between points A, B and C as shown in figure. If R_(1), R_(2) and R_(3) are the net resistance between A and B, between B and C and between A and C respectively, then R_(1):R_(2):R_(3) will be equal to

Six resistance each of value r=5 Omega are connected between points A, B and C as shown in figure. If R_(1), R_(2) and R_(3) are the net resistance between A and B, between B and C and between A and C respectively, then R_(1):R_(2):R_(3) will be equal to