In Wheat stone's bridge P = 9 ohm , Q = 11 ohms, R = 4 ohm and S = 6 ohms. How much resistance must be put in parallel to the resistance (S) to balance the bridge

In Wheatstone's bridge P = 9 ohm , Q = 11 ohm , R = 4 ohm and S = 6 ohm . How much resistance must be put in parallel to the resistance S to balance the bridge

In Wheatstone's bridge P = 9 ohm , Q = 11 ohm , R = 4 ohm and S = 6 ohm . How much resistance must be put in parallel to the resistance S to balance the bridge

In the circuit given E = 6.0 V, R_1 = 100 ohm, R_2 = R_3 = 50 ohm and R_4 = 75 ohm. The equivalent resistance of the circuit, in ohm, is

In wheat stone bridge circuit P=7, Q=8, R=12 & s+7. Find the additional resistance to be used in series with S, so that the bridge is balanced.

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

The resistances of the four arms P,Q,R and S in a Wheatstone's bridge are 10 ohm, 30 ohm, 30 ohm and 90 ohm, respectively. The e.m.f. and internal resistance of the cell are 7 volt and 5 ohm respectively. If the galvanometer resistance is 50 ohm, the current drawn from the cell will be

Four resistors of 15ohm, 12ohm, 4ohm and 10ohm given in cyclic order to form a wheat stone bridge. What resistance (in ohm ) should be connected in parallel across the 10ohm resistor to balance the wheat stone bridge

Four resistors of 15ohm, 12ohm, 4ohm and 10ohm given in cyclic order to form a wheat stone bridge. What resistance (in ohm ) should be connected in parallel across the 10ohm resistor to balance the wheat stone bridge

Four resistors of 15ohm, 12ohm, 4ohm and 10ohm given in cyclic order to form a wheat stone bridge. What resistance (in ohm) should be connected in parallel across the 10ohm resistor to balance the wheat stone bridge .