If charges are given to a conducting sphere, then charges goes to :Inner surfaceOuter surface Both None

Consider a neutral conducting sphere. A positive point charge is placed outside the sphere. The net charge on the sphere is then:negative and distributed uniformly over its surface.negative and appears only at the point on the sphere closest to the point chargenegative and distributed non-uniformly over its entire surface of the spherezero

A metallic solid sphere of radius R is given the charge Q. Which of the followingstatement is true then(a) Electric field at points 0< r < R is zero(b) Charge Q is on the outer surface of the sphere(c) Electric field at r>R is given by Q/4πε0r2(d) Electric field is perpendicular to the surface of the sphere

A positively charged sphere A is brought close without touching a neutral sphere B. Sphere B is touched with a grounded wire. What is the charge on sphere B after the wire is removed?*1 pointpositivenegativeneutralIt depends on the contact time.

In the figure, metal sphere A has 4 negative charge units and metal sphere B has 2 positive charge units. What is the charge state of the spheres after you touch them together? Sphere A has +2 charge and sphere B has -4 charge. Sphere A and sphere B each have -2 charge. Sphere A has -2 charge and sphere B has 0 charge. Sphere A and sphere B each have -1 charge.

A metallic solid sphere of radius R is given the charge Q. Which of the followingstatement is true then