What's the core difference between the electric and magnetic forces?

Question

I require only a simple answer. One sentence is enough... (It's for high school physics)

Answer 1

An electric force acts on a static charge, while a magnetic force acts on a moving charge. Also a moving charge creates a magnetic field, while a static charge does not.

Answer 2

The electric force is F=qE, and the magnetic force is F= q (v X B); F is force, q is charge, E is the electric field v is the velocity of the charge, and B is the magnetic field.

Answer 3

I am not sure how much your teacher has gone into the development of magnetic and electric fields which would help further explain the phenomenon of electro-magnetic forces and their distinct difference. While an electric force is independent of a charge's velocity and direction, the magnetic force is created perpendicular to the charge's direction.

A basic statement is to relate induction (inductors) to the creation and collapse of magnetic fields / force, and capacitance (capacitors) maintain a charge of electric potential so you can generate current, an electric pulse with discharged.