In a meter bridge experiment, the circuit diagram and the co bservation table are shown in figure R WX Resistance box 7 Unknown G resistance SI. No. R(12) l(cm) 1000 2. 100 3. 10 1.5 1.0 Which of the readings is inconsistent?

In meter bridge experiment the observation table and circuit diagram are shown in figure {:(SNO,R(Omega),l(cm)),(1,1000,60cm),(2,100,13cm),(3,10,1.5cm),(4,1,1.0cm):} Which of the following readings is not taken correctly?

In a meter bridge experiment shown below, the null point is obtained at P. The value of unknown resistance X is 2012 50 cm 1.) E

If in a meter bridge experiment, the balancing length l was 25 cm for the situation shown in the figure. If the length and diameter of the of wire of resistance R is made half, then find the new balancing length in centimetre is

If in a meter bridge experiment, the balancing length l was 25 cm for the situation shown in the figure. If the length and diameter of the of wire of resistance R is made half, then find the new balancing length in centimetre is

If in a meter bridge experiment, the balancing length l was 25 cm for the situation shown in the figure. If the length and diameter of the of wire of resistance R is made half, then find the new balancing length in centimetre is

In a meter bridge, the value of resistance in the resistance box is 10Omega . The balancing length is l_(1)=55 cm . Find the value of dunknown resistance.

In a meter bridge experiment, resistances are connected as shown in figure. The balancing length l_(1)=55cm . Now, an unknown resistance x is connected in series with P and the new balancing length is found to be 75 cm. What is the value of The value of 11x (in ohm)? (Given, P=4Omega )

In a meter bridge experiment, resistances are connected as shown in figure. The balancing length l_(1)=55cm . Now, an unknown resistance x is connected in series with P and the new balancing length is found to be 75 cm. What is the value of The value of 11x (in ohm)? (Given, P=4Omega )