Four resistances of `16 Omega , 12 Omega , 4 Omega and 9 Omega` respectively are connected in cycle order so from a Wheatstone bridge. Calculate the resistance in be connected in parallel with `9 Omega` resistance to balance the bridge.

Four resistors of resistance 15 Omega, 12 Omega, 4 Omega and 10 Omega arc connected in cyclic order to form a Wheatstone bridge. The resistance (in Q) that should be connected in parallel across the 10 Omega resistor to balance the Wheatstone bridge is

In Wheatstone bridge, four resistors of resistances 15 Omega, 12 Omega, 4Omega and 10 Omega respectively, are connected in cyclic order. The resistance ( in Omega ) that is to be connected in parallel with the resistance of 10 Omega to balance the network is

In Wheatstone bridge, four resistors of resistances 15 Omega, 12 Omega, 4Omega and 10 Omega respectively, are connected in cyclic order. The resistance ( in Omega ) that is to be connected in parallel with the resistance of 10 Omega to balance the network is

Three resistance of 10 Omega, 5 Omega, 2 Omega respectively are connected in parallel. New resistance will be :

Four resistors 4Omega, 8Omega, 18Omega and 6Omega are connected in a cyclic order to form a Wheatstone's network. How and what value of resistance should be connected in the 18Omega branch to balance the network?

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 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.

Four resistances 10, 10 , 10 and 15 Omega are connected so as to form Wheatstone's bridge. The resistance connected across 15 Omega resistance to balance the bridge is

Four resistances of 3Omega, 3Omega, 3Omega and 4Omega respectively are used to form a Wheatstone bridge. The 4Omega resistance is short circuited with a resistance R in order to get bridge balanced. The value of R will be