There is no flow of current between two charged bodies when connected because

(a) They have same quantity of charge
(b) They have same potential
(c) They have same capacity
(d) They have the same ratio of potential per unit charge

Question

There is no flow of current between two equally charged identical spheres when connected- because- they have the same quantity of chargepotentialcapacityratio of potential per unit charge

Toppr Admin · Accepted Answer

Charge flows between two bodies only when they are at different potentials- In equally charged identical spheres- potential -xA0-at it-apos-s surface will be same- hence current will be zero in wire connecting the two spheres-

There is no flow of current between two equally charged identical spheres when connected, because, they have the same
quantity of charge
potential
capacity
ratio of potential per unit charge

Charge flows between two bodies only when they are at different potentials. In equally charged identical spheres, potential at it's surface will be same, hence current will be zero in wire connecting the two spheres.

There is no flow of current between two equally charged identical spheres when connected, because, they have the same quantity of chargepotentialcapacityratio of potential per unit charge

Charge flows between two bodies only when they are at different potentials. In equally charged identical spheres, potential at it's surface will be same, hence current will be zero in wire connecting the two spheres.

There is no flow of current between two equally charged identical spheres when connected, because, they have the same
quantity of charge
potential
capacity
ratio of potential per unit charge