357264 On interchanging the resistances, the balance point of a meter bridge shifts to the left by 10 \(cm\). The resistance of their series combination is 1 \(k\Omega \). How much was the resistance on the left slot before interchanging the resistances?

357265 Assertion :
In a Metre Bridge experiment, null point for an unknown resistance is measured. Now, the unknown resistance is put inside an encloser maintained at a higher temperature. The null point can be obtained at the same point as before by decreasing the value of the standard resistance.
Reason :
Resistance of a metal increases with increase in temperature

357266 The given figure shows rough sketch of meter bridge. (G) deflects at length \(l\,cm\). Now, \({R_{1}}\) and \({R_{2}}\) are interchanged, then balancing length increases by \(25\,cm\). Find \({R_{1} / R_{2}}\)

357267 In a metre-bridge experiment, when the resistances in the gaps were interchanged, the balance-point did not shift at all. The ratio of resistances must be

357264 On interchanging the resistances, the balance point of a meter bridge shifts to the left by 10 \(cm\). The resistance of their series combination is 1 \(k\Omega \). How much was the resistance on the left slot before interchanging the resistances?

357265 Assertion :
In a Metre Bridge experiment, null point for an unknown resistance is measured. Now, the unknown resistance is put inside an encloser maintained at a higher temperature. The null point can be obtained at the same point as before by decreasing the value of the standard resistance.
Reason :
Resistance of a metal increases with increase in temperature

357266 The given figure shows rough sketch of meter bridge. (G) deflects at length \(l\,cm\). Now, \({R_{1}}\) and \({R_{2}}\) are interchanged, then balancing length increases by \(25\,cm\). Find \({R_{1} / R_{2}}\)

357267 In a metre-bridge experiment, when the resistances in the gaps were interchanged, the balance-point did not shift at all. The ratio of resistances must be

357264 On interchanging the resistances, the balance point of a meter bridge shifts to the left by 10 \(cm\). The resistance of their series combination is 1 \(k\Omega \). How much was the resistance on the left slot before interchanging the resistances?

357265 Assertion :
In a Metre Bridge experiment, null point for an unknown resistance is measured. Now, the unknown resistance is put inside an encloser maintained at a higher temperature. The null point can be obtained at the same point as before by decreasing the value of the standard resistance.
Reason :
Resistance of a metal increases with increase in temperature

357266 The given figure shows rough sketch of meter bridge. (G) deflects at length \(l\,cm\). Now, \({R_{1}}\) and \({R_{2}}\) are interchanged, then balancing length increases by \(25\,cm\). Find \({R_{1} / R_{2}}\)

357267 In a metre-bridge experiment, when the resistances in the gaps were interchanged, the balance-point did not shift at all. The ratio of resistances must be

357264 On interchanging the resistances, the balance point of a meter bridge shifts to the left by 10 \(cm\). The resistance of their series combination is 1 \(k\Omega \). How much was the resistance on the left slot before interchanging the resistances?

357265 Assertion :
In a Metre Bridge experiment, null point for an unknown resistance is measured. Now, the unknown resistance is put inside an encloser maintained at a higher temperature. The null point can be obtained at the same point as before by decreasing the value of the standard resistance.
Reason :
Resistance of a metal increases with increase in temperature

357266 The given figure shows rough sketch of meter bridge. (G) deflects at length \(l\,cm\). Now, \({R_{1}}\) and \({R_{2}}\) are interchanged, then balancing length increases by \(25\,cm\). Find \({R_{1} / R_{2}}\)

357267 In a metre-bridge experiment, when the resistances in the gaps were interchanged, the balance-point did not shift at all. The ratio of resistances must be