A battery of 6 volts is connected ot the termainals of a three meter long wire of uniform thickness and resistance of the order of `100 Omega`. The difference of potential between two points separated by `50 cm` on the wire will

A battery of 6 volt is connected to the terminals of the three-meter long wire of uniform thickness and resistance of the order of 100 ohm. The difference of potential between two points separated by 50 cm on the wire will be

A 6 V battery is connected to the terminals of a 3 m long wire of uniform thickness and resistance of 100 Omega . The difference of potential between two points on the wire separated by a distance of 50 cm will be

A 6 V battery is connected to the terminals of a 3 m long wire of uniform thickness and resistance of 100 Omega . The difference of potential between two points on the wire separated by a distance of 50 cm will be

A 6 V battery is connected to the terminals of a 3 m long wire of uniform thickness and resistance of 100 Omega . The difference of potential between two points on the wire separated by a distance of 50 cm will be

A 6 V battery is connected to the terminals of a 3 m long wire of uniform thickness and resistance of 100 Omega . The difference of potential between two points on the wire separated by a distance of 50 cm will be

A 6 V battery is connected to the terminal of a 3 m long wire of uniform thickness and resistance of 100 Omega along with another 100 Omega resistor in series . The difference of potentials between two points on the wire separated by a distance of 50 cm will be

A cell of emf 2 volt and internal resistance 1.5 Omega is connected to the ends of 1 m long wire. The resistance of wire is 0.5 Omega/m . Find the value of potential gradient on the wire.