In a typical wheatstone network the resistance in cyclic order are A=`10Omega,B=5O,ega,C=4Omega` and `D=4Omega` for the bridge to be balanced.

In a typical wheatstone network the resistance in cyclic order are A= 10Omega,B=5Omega,C=4Omega and D=4Omega for the bridge to be balanced.

In a typical Wheatstone network, the resistances in cyclic order are A = 10 Omega, B = 5 Omega, C = 4 Omega D = 4 Omega for the bridge to be balanced

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.

In a typical Wheatstone's network, the resistances in the cyclic order are P=10 Omega, Q=5 Omega, S=4 Omega and R=4 Omega . For balancing the bridge, a resistance of

In a typical Wheatstone’s network the resistance in cyclic order are P = 10 ohm, Q = 5 ohm, S = 4 ohm and R = 4 ohm. For the bridge to balance

A Wheatstone network consists of four resistances (in cyclic order) 10Omega,5Omega,6Omega,6Omega . The resistance that must be connected across the 10Omega resistance so that the network becomes balanced is (in Ohm):

A Wheatstone network consists of four resistances (in cyclic order) 10Omega,5Omega,6Omega,6Omega . The resistance that must be connected across the 10Omega resistance so that the network becomes balanced is (in Ohm):

In Wheatstone bridge, the resistances in four arms are 10Omega,10Omega,10Omega and 20Omega . To make the bridge balance, resistance connected across 20Omega is