If potential `V = 100 +- 0.5` Volt and current `I = 10 +- 0.2` amp are given to us. Then what will be the value of resistance

The resistance of a metal is given by R = V//I , where V is potential difference and I is current . In a circuit , the potential difference across resistance is V = ( 8 +- 0.5) V and current in resistance , I = ( 4 +- 0.2)A . What is the value of resistance with its percentage error?

The resistance of a metal is given by R = V//I , where V is potential difference and I is current . In a circuit , the potential difference across resistance is V = ( 8 +- 0.5) V and current in resistance , I = ( 4 +- 0.2)A . What is the value of resistance with its percentage error?

Give, potential difference V = (8 + 0.5) V and current I = (2 + 0.2) A. The value of resistance R is

Give, potential difference V = (8 + 0.5) V and current I = (2 + 0.2) A. The value of resistance R is

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 resistance of metal is given by V = IR , The voltage in the resistance is V = (8 pm 0.5)V and current in the resistance is I = (2 +- 0.2)A , the value fo resistance with its percentage error is

The resistance of metal is given by V = IR , The voltage in the resistance is V = (8 pm 0.5)V and current in the resistance is I = (2 +- 0.2)A , the value fo resistance with its percentage error is

A potential of V= (10 pm 0.1) volt is applied across a resistance of (5 pm 0.2) Omega . Find the volue of current within error limits.

If voltage V=(100pm5) V and current I=(10pm0.2) A, the percentage error in resistance R is