Four resistance 4,4,4 and `12Omega` form a Wheatstone’s network. Find the resistance when connected across `12Omega` resistance will balance the network?

Four resistances 10 Omega , 10 Omega , 10 Omega and 15 Omega form a Wheatstone's network. What shunt is required across 15 Omega resistor to balance the bridge

Four resistance 10 Omega , 10 Omega , 10 Omega and 20 Omega are connected so as to form Wheatstone's bridge. The resistance connected across 20 Omega resistance to balance the bridge is

Four resistances arranged to form a Wheatstone network are 8Omega, 12Omega,6Omega and 27Omega resistance, so that the bridge is balanced, is

In a Wheatstone's network, the resistance in cycle order are P = 10Omega , Q = 5Omega , S = 4Omega and R = 4Omega then for the bridge to balance.

Choose correct alternative. The emf of a cell of negligible internal resistance is 2 V. It is connected to the series combination of 2 Omega , 3 Omega and 5 Omega resistances. The potential difference across 3 Omega resistance will be (in volt)

Choose correct alternative. When two resistances are connected in parallel then the equivalent resistance is 6//5 Omega . When one of the resistances is removed then the effective resistance is 2 Omega . The resistance of the wire removed will be A. 3 Ω B. 2 Ω C. 3 / 5 Ω D. 6 / 5 Ω

Four resistances 5 Omega , 10 Omega , 15 Omega and an unknown X Omega are connected in series so as to form Wheatstone's network. Determine the unknown resistance X,if the network is balanced with these numerical values of resistances.

Four resistances 4Omega , 8Omega , xOmega and 6Omega are connected in the cyclic so as to form a Wheatstone network. Determine the value of x if network is balanced.

Resistances P = 10 Omega , Q = 15 Omega , R = 25 Omega and S = 50 Omega are connected in the arms AB,BC,CD and DA respectively of a Wheatstone's network ABCD . The cell is connected between points A and C . What resistance has to be connected in parallel with 'S' to balance the network ?

For given Wheatstone's network for being balanced, the value of resistance should be ............. .