In Ohm's law experiment, potential drop across a resistance was measured as `v=5.0` volt and current was measured as `i=2.00amp`. Find the maximum permissible error in resistance.

In Ohm's law experiment , the potential drop acros a resistance was as V = 5.0 V and the current was measured as I = 2.00 A . Find the maximum permissible error in resistance.

In Ohm's law experiment , the potential drop acros a resistance was as V = 5.0 V and the current was measured as I = 2.00 A . Find the maximum permissible error in resistance.

Assertion(A): In Ohm's law experiment potential drop across a resistance wire was measured as 5.0V and current was measured as 2.00A . The maximum permissible error in resistance is +-25% Reason(R ): In experiment of assertion the least count of ammeter is 0.01A .

In ohm's law experiment potential drop across a resistance was measured as v = 5.0 volt and current was measured as I = 2.0amp If least count of the volmeter and ammeter are 0.1V and 0.01A respectively then find the maximum permissible error in resistance .

In ohm's law experiment potential drop across a resistance was measured as v = 5.0 volt and current was measured as I = 2.0amp If least count of the volmeter and ammeter are 0.1V and 0.01A respectively then find the maximum permissible error in resistance .

In the previous question, find the maximum permissible error in resistivity and resistance.

The potential difference across the ends of a wire has been measured to be (100 +- 5) volt and the current in the wire as (10 +- 0.2) ampere. What is the percentage error in the computed resistance of the wire?

The voltage measured across resistance is V = (50 pm 0.1)V and current is I = ( 10 pm 0.2) . Find error in resistance