If we use `100 Omega` and `200 Omega` in place of `R` and `X` we get null pont deflection, `l = 33cm`. If we intercharge the resistors, the null point length is found to be `67 cm` Find end corrections `prop and beta`.

If we use 100 Omega and 200 Omega in place of R and X we get null point deflection. l=33cm . If we interchange the resistors, the null point length is found to be 67 cm . Find end corrections alpha and beta .

If we use 10 Omega and 200 Omega in place of R and X we get null point deflection. l=33cm . If we interchange the resistors, the null point length is found to be 67 cm . Find end corrections alpha and beta .

When the resistance in left and right gap of a mere bridge are 101Omega and 1Omega respectively, the null point is found at 99.5 cm. When the resistances are interchanged the null point is now at 0.7cm. Calcualte the end-corrections of the metre bridge.

In a meter bride, null point is 20 cm , when the known resistance R is shunted by 10 Omega resistance, null point is found to be shifted by 10 cm . Find the unknown resistance X .

In a meter bridge, null point is 20 cm , when the known resistance R is shunted by 10 Omega resistance, null point is found to be shifted by 10 cm. Find the unknown resistance X .

In a meter bridge, null point is 20 cm , when the known resistance R is shunted by 10 Omega resistance, null point is found to be shifted by 10 cm. Find the unknown resistance X .

In a meter bride, null point is 20 cm , when theknown resistence R is shunted by 10 Omega resistence, null point is found to be shifted by 10 cm . Find the unknown resistence X .

In a meter bridge, null point is 20 cm , when the known resistance R is shunted by 10 Omega resistance, null point is found to be shifted by 10 cm. Find the unknown resistance X .

In a metre bridge experiment , a null point is obtained at a length of 39.8 cm when a 2Omega resistance is placed in the left gap and a 3Omega resistance in the right gap . If the two resistance are interchanged , the null point is obtained at 60.8 cm . Calculated the end errors of the bridge .