[20." In Wheatstone network,"],[P=2Omega,Q=2Omega,R=2Omega" and "],[S=3Omega." The resistance with which "s" is to "],[" be shunted in order that the bridge may be "],[" balanced,is "]

In a Wheatstone's network, P=2Omega, Q=2Omega, R=2Omega and S=3Omega . The resistance with which S is to be shunted in order that the bridge may be balanced is

In a Wheatstone's network, P=2Omega, Q=2Omega, R=2Omega and S=3Omega . The resistance with which S is to be shunted in order that the bridge may be balanced is

In a Wheatstone's network , P=2Omega, Q=2Omega, R=2Omega and S=3Omega. The resistance with which S is to be shunted in order that the bridge may be balanced .

In a Wheatstone's network, P=2Omega, Q=2Omega, R=2Omega and S=3Omega . The resistance with which S is to be shunted in order that the bridge may be balanced is

In Wheatstone network, P=2Omega , Q=2 Omega , R=2Omega and S = 3 Omega . The resistance with which is to be shunted in order that the bridge may be balanced is:

In Wheatstone's network P = 2 Omega , Q = 2 Omega , R = 2 Omega and S = 3 Omega The resistance with which S is to shunted in order that the bridge may be balanced is

In a Wheatstone bridge circuit, P=5 Omega, Q=6 Omega, R=10 Omega and S= 5 Omega . Find the additional resistance to be used in series with S, so that the bridge is balanced.

P, Q, R and S are four resistors of resistances 2, 2, 2 and 3 ohm respectively and are arranged to form a Wheatstone bridge network. Calculate the resistance with which the resistor S must be shunted in order that the bridge may be balanced.