The potential gradient along the length of uniform wire is `10" Vm"^(-1)`. The length of the wire is 1 m. What is the potential difference across two points on the wire separated by 25 cm?

The potential gradient along the length of a uniform wire is 5 V/m. There are two points on the same wire at a distance of 20 cm and 40 cm from initial end of the wire. The potential difference between these points is

In a potentiometer, a uniform potential gradient of 0.8 V m^(-1) is maintained across its 10 m wire . The potential difference across two points on the wire located at 65 cm and 2.45 m is

In a potentiometer, a uniform potential gradient of 0.8 V m^(-1) is maintained across its 10 m wire . The potential difference across two points on the wire located at 65 cm and 2.45 m is

The potential gradient along the length of a uniform wire is 10 volt / metre. B and C are the two points at 30 cm and 70 cm point on a metre scale fitted along the wire. What is the potential difference between B and C ?

If the length of a potentiometer wire is increased by keeping constant potential difference across the wire, then

The potential gradient along the length of a uniform wire is 12 volt per mtre. B and C are two points at 28 cm and 52 cm on a metre scale along the wire. The potential difference between B and C will be

The potential gradient long the length of a unifrom wire is 10 "volt"//meter . B and C are the two points at 30 cm and 60 cm point on a meter scale fitted along the wire. The potential diffenence between B and C will be

Length of potentiometer wire is 600 cm and a driving cell develop 6V potential difference across it. The potential gradient along the wire is?

The length of a potentiometer wire is 10m and a potential difference of 2 volt is applied to its ends. If the length of its wire is increased by 1m, the value of potential gradient in volt/m will be (potential difference across potentiometer wire remain same)

The length of a potentiometer wire is 10m and a potential difference of 2 volt is applied to its ends. If the length of its wire is increased by 1m, the value of potential gradient in volt/m will be (potential difference across potentiometer wire remain same)