Suppose that the magnitude of the electric field of an isolated point charge were 4or2 + rather than 4 or2 Determine the flux that passes through the surface of a sphere of radius R centered at the charge. (Use any variable or symbol stated above as necessary.) Would Gauss's law remain valid? O Yes, since the flux would depend on the radius of the sphere. The net flux should depend on the size of the sphere enclosing the charge. O Yes, since the flux would depend on the charge of the sphere. The net flux should only depend on the amount of charge enclosed by the sphere. O No, since the flux would depend on the radius of the sphere. The net flux should be identical for any sphere enclosing the charge, regardless of the radius. O No, since the flux would depend on the charge of the sphere. The net flux should not depend on the amount of charge enclosed by the sphere.

Suppose that the magnitude of the electric field of an isolated point charge were 4or2 + rather than 4 or2 Determine the flux that passes through the surface of a sphere of radius R centered at the charge. (Use any variable or symbol stated above as necessary.) Would Gauss's law remain valid? O Yes, since the flux would depend on the radius of the sphere. The net flux should depend on the size of the sphere enclosing the charge. O Yes, since the flux would depend on the charge of the sphere. The net flux should only depend on the amount of charge enclosed by the sphere. O No, since the flux would depend on the radius of the sphere. The net flux should be identical for any sphere enclosing the charge, regardless of the radius. O No, since the flux would depend on the charge of the sphere. The net flux should not depend on the amount of charge enclosed by the sphere.