Relationship between electricity and magnetism

Why would two electrons repel each other if they were close together?

• a. They have like charges, so they experience an attractive force.

• b. They have like charges, so they experience a repulsive force.

• c. They have opposite charges, so they experience a repulsive force.

• d. They have opposite charges, so they experience an attractive force.

Why would two electrons attract to each other even they were not to close together?

• a. They have like charges, so they experience an attractive force.

• b. They have like charges, so they experience a repulsive force.

• c. They have opposite charges, so they experience an attractive force.

• d. They have opposite charges, so they experience a repulsive force.

 

What do you call the relationship between electricity and magnetism?

• a. static electricity

• b. magnetic current

• c. electric force

• d. electromagnetism

A transforming electricity to create a magnetic force is called________

• a. Magnetic field

• b. electrodynamics

• c. electromagnetism

• d. electronegativity

is where negatively charged particles called electrons build up in a particular area, and then can be released suddenly.

• a. static electricity

• b. regular electricity

• c. fundamental electricity

• d. irregular electricity

A particular materials like iron can produce forces.

• magnetism

• nonmetal

• electricity

• plastic materials

Which statement below is the most true or correct?.

• a. All nonmetals are conductors of electricity.

• b. Most metals are conductors of electricity.

• c. Few metals are all conductors of eectricity

• d. All metals are good conductors of electricity

Atoms that have a positive charge will be ATTRACTED to atoms with a ___________ charge.

• a. negative

• b. positive

• c. neutral

• d. zero charge

Electric charges that DO NOT move through a current are known as

• a. Static Electricity

• b. Magnetic

• c. Electric

• d. Electromagnetism

Which is a conductor?

• a. Glass

• b. Penny

• c. Rubber

• d. laboratory gown