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what would be the force of interaction between 2 charged spheres??
Charged spheres can be considered as two particle bodies with some charge because the electrical field by a charged sphere at a distance r from its centre is same as the electrical field at a distance r by a charged particle. So the force of interaction would be = kq2/r , where q = charge on each sphere r = distance betwen their centres.
Charged spheres can be considered as two particle bodies with some charge because the electrical field by a charged sphere at a distance r from its centre is same as the electrical field at a distance r by a charged particle.
So the force of interaction would be = kq2/r , where q = charge on each sphere
r = distance betwen their centres.
no, electric field is not same as that of a charged particle.
Dear Dhwani, Electrical field of a charged sphere of radius a and charge q: At a distance r < a is given by = kqr / a3 r > a is given by = kq / r2 r = a is given by = kq / a2 Since here we are talking about interaction between 2 charged spheres thatt is kept at a distance r than obviosly this distance is going to be grater than the radius of the sphere i.e. a and hence we will be using the formula to be kq / r2 which is also the electrical field by a particle of charge q at a distance r. Thank you.
Dear Dhwani,
Electrical field of a charged sphere of radius a and charge q:
At a distance r < a is given by = kqr / a3
r > a is given by = kq / r2
r = a is given by = kq / a2
Since here we are talking about interaction between 2 charged spheres thatt is kept at a distance r than obviosly this distance is going to be grater than the radius of the sphere i.e. a and hence we will be using the formula to be kq / r2 which is also the electrical field by a particle of charge q at a distance r.
Thank you.
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