directions\ncompare and contrast electric force and magnetic force. include at least:\ntwo characteristics…

directions\ncompare and contrast electric force and magnetic force. include at least:\ntwo characteristics unique to electricity\ntwo characteristics unique to magnetism\ntwo characteristics electricity and magnetism have in common\nplease choose one option to complete this activity.\nsketchpad\nor\nfile upload\nor\ntext answer\nin one of the diagrams below, write or type your responses. press the arrows ^ in the upper right corner to expand the image and com - plete your answer.

directions\ncompare and contrast electric force and magnetic force. include at least:\ntwo characteristics unique to electricity\ntwo characteristics unique to magnetism\ntwo characteristics electricity and magnetism have in common\nplease choose one option to complete this activity.\nsketchpad\nor\nfile upload\nor\ntext answer\nin one of the diagrams below, write or type your responses. press the arrows ^ in the upper right corner to expand the image and com - plete your answer.

Answer

Brief Explanations:

Electric force acts between charged particles, and can be attractive or repulsive between unlike or like - charged particles respectively. It can act on stationary charges. Magnetic force acts on moving charges and current - carrying conductors. Unique to electricity: 1. Stationary charges produce an electric field. 2. Electric force can be used to store energy in capacitors. Unique to magnetism: 1. Magnetic monopoles have not been found in nature. 2. Magnetic force on a moving charge is perpendicular to both the velocity of the charge and the magnetic field. Common characteristics: 1. Both follow an inverse - square law (Coulomb's law for electric force and Biot - Savart law and Ampere's law related to magnetic force which have inverse - square like behavior in some aspects). 2. Both can exert forces on charged particles.

Answer:

Common characteristics:

  1. Follow an inverse - square law in some aspects.
  2. Can exert forces on charged particles. Unique to electricity:
  3. Stationary charges produce an electric field.
  4. Electric force can store energy in capacitors. Unique to magnetism:
  5. Magnetic monopoles have not been found in nature.
  6. Magnetic force on a moving charge is perpendicular to both velocity and magnetic field.