[" 24.If "P=Q=R=10Omega" and "S=20Omega," then what resistance "],[" should be joined with "S" to balance the wheatstone's "],[" network? "]

If P=Q=R=10 Omega and S=20 Omega , then what resistance should be joined with S to balance the wheatstone's network ?

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?

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.

For resistances arranged to form a wheatstone's network are 10 Omega, 15 Omega, 6 Omega and 36 Omega . What resistance should be connected across the 36 Omega resistance to balance the bridge ?

Four resistors of resistances 2Omega, 4Omega, 6Omega and 2Omega are connected in a cyclic order of a Wheatstone's network. What resistance should be connected with 2Omega in the arm AD so as to balance the network?

The resistance of the four arms of a Wheatstone bridge are P= 10Omega , Q = 100Omega , R= 40Omega and S =10Omega . What resistance in series or parallel with the last one will be required to obtain no deflection in the galvanometer?

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 .

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 ?

Four resistances arranged to form a Wheatstone's network are 8Omega, 12Omega, 6 Omega, and 27Omega . The resistance that should be connected across 27Omega resistance to balance the bridge is

The resistance in the first and the second arms of a Wheatstone bridge are P=10Omega andQ=20Omega . The third and the fourth arm reistance R and S are so chosen that the bridge is balanced . Now , R is kept fixed , but P and Q are interchnged . The new value of the fourth arm resistance at balance is x% of the old value of S . The value of x is