Question

What happens when a negatively charged object A is brought near a neutral object B?

Object B gets a negative charge.
Object B gets a positive charge.
Object B stays neutral but becomes polarized.
Object A gets a positive charge.
Object A loses all its charge.

Answer 1

The answer is the second one. Any charged protest - whether emphatically charged or adversely charged - will have an appealing collaboration with an unbiased question. Positively charged items and nonpartisan articles pull in each other, and negatively charged items and impartial items draw in each other.

Answer 2

Answer: Object B stays neutral but becomes polarized.

Explanation: Suppose we have two spheres, The sphere A is negatively charged and the sphere B is neutral

When we put those near each other there can not be a flow of charge, so the sphere B remains neutral charged, but always in physics the energy must be minimized, this means that if the sphere A is negatively charged, then the surface of the sphere B that is near the sphere A will "accumulate" positive charge in order to "interact" with the field of the sphere A, and as one side has a positive charge, the other side of the sphere B must have the negative charge, this means that the sphere is polarized, where one of the sides has a negative charge and the other one positive, but if we separate the spheres, the sphere B will be neutral again and the charges will redistribute evenly in the sphere.