P,Q,R and S are the resistances taken in cyclic order in a wheatstone bridge network. P and Q are the ratio coils, S is unknown resistance and R is a `10Omega` coil. A balance is obtained when R is shunted with a resistance of `190Omega`. When P and Q are interchanged, the balance is restored by altering the shunt across R to `265Omega`. find the resitance of S and the ratio P:Q?

P,Q,R and S are the resistances taken in the cyclic order in a wheatstone bridge network. P and Q are ratio coils, S is the unknown resistance and R is a 20Omega coil. A balance is obtained when R is shunted with a resistance of 350Omega . When P and Q are interchanged, the balance is restored by altering the shunt across R to 498Omega . find the resistance of S and the ratio P:Q.

The deflection in a moving coil galvanometer is reduced to half, when it is shunted with a resistance 40 Omega . The resistance of the galvanometer is

In a metre bridge, the gaps are closed by two resistance P and Q and the balance point is obtained at 40 cm . When Q is shunted by a resistance of 10 Omega , the balance point shifts to 50 cm . The values of P and Q are. .

In a simple meter bridge circuit, the gaps are bridged by cord P and Q having the smaller resistance. A balance is obtained when the jockey makes the coil Q with a resistance of 50Omega , the balance po

In a balanced wheatstone's network, the resistances in the arms Q and S are interchanged. As result of this:

In a Wheatstone bridge network P and Q the ratio area are approximately equal. When R = 500 Omega , the bridge is balanced on interchange P and Q the value of R for balance is 505 Omega . Find the value of S and ratio P : Q

In comparing the resistance of two cells P and Q with a sides wire bridge, a balance point is obtained when the sliding contact is 30 cm from the zero end of the wire. The resistances P and Q are interchanged and the balance is obtained at 120 cm from the same emf. Find the ratio of the resistance P and Q and the length of the bridge wire