If on applying the potential of 20V on a conductor its conductance becomes `8(Omega)^(-1)`, then the current flowing through it will be:

If the potential difference across the ends of a conductor is doubled, the current flowing through it gets

If the potential difference across the ends of a conductor is doubled, the current flowing through it gets

Calculate the potential difference required across a conductor of resistance 5 Omega to pass a current of 1.5 A through it.

A galvanic cell has electrical potential of 1.1 V . If an opposing potential of 1.1 V is applied to this cell, what will happen to the cell reaction and current flowing through the cell ?

A galvanic cell has electrical potential of 1.1V. If an opposing potential of 1.1V is applied to this cell, what will happen to the cell reaction and current flowing through the cell?

A galvanic cell has electrical potential of 1.1 V. If an opposing potential of 1.1 V is applied to this cell, what will happen to the cell reaction and current flowing through the cell ?

A galvanic cell has electrical potential of 1.1 V . If an opposing potential of 1.1 V is applied to this cell, what will happen to the cell reaction and current flowing through the cell ?

A galvanic cell has electrical potential of 1.1 V. If an opposing potential of 1.1 V is applied to this cell what will happen to the cell reaction and current flowing through the cell?