For hundreds of years, electricity has been a challenge to many scientists. They have known about its existence but found it difficult to explain what electricity actually is.

Exactly what electricity is, is unknown. It has no weight but can lift and move thousands of tons. It has no shape, still, it is everywhere. It produces light even though we can’t see it. We do know, however, what electricity does and how to harness it. Electricity is a form of energy.

Electricity is a phenomenon that is a result of the existence of electrical charge (“What is Electricity?” pg.1).

Electricity is one of the most important forms of energy. Electricity produces light and heat, and it provides power for household appliances and industrial machinery. Electric power also enables us to have telephones, computers, motion pictures, television and radio (World Book).

To learn more about electricity, we must know more about the atom. Everything we know is made up of atoms. These atoms are so small that it takes millions of them to form a speck of dust. Elements of an atom are positive protons, negative electrons, and neutral neurons.

The negative charge of the electron is equal to the

Modern industry could not exist without electricity. Electric motors run drills, lathes, milling machines, and other tools. These tools mass-produce parts for products that are quickly assembled on electrically operated conveyor belts. Electricity melts and welds metals. It puts gold and silver plating on eyeglass frames, jewelry, tableware, and other objects. Powerful electric cranes lift huge loads. Delicate electronic instruments measure the thickness of steel with microscopic precision. Electricity runs elevators and escalators. Electric signs are used in advertising businesses and products. Calculators, computers, electric typewriters, and photocopying machines enable office workers to save time and effort.

In science, nearly all research equipments depens on electricity. Artificial satellites carry electric sensing devices that record weather conditions. Astronomers use giant radio telescopes to study the sky. Electron microscopes help researchers learn the secrets of cells, and particle accelerators aid in revealing the structure of atoms. Physicians photograph internal parts of the body and treat diseases with X rays generated by electricity. Electrically operated scanners locate tumors in brain tissue. Dentists use electrically powered air drills to prepare cavities to be filled.

There are two main types of electricity known. They are static electricity, and current electricity.

Now we use electricity every day like it isn’t that big of a deal. But that hasn’t come about since just not even one hundred years. We owe all of this to people like Benjamin Franklin, Luigi Galvani, and Alessandro Volta. If not for their work our work today would be a whole lot harder. (Breakthrough Electricity)

Some topics in this essay:
History Electricity”, World Book, United Canada, Alessandro Volta, Development Electricity, Luigi Galvani, electric current, static electricity, produces light, positively charged, alessandro volta, electrical charge, energy electricity, electricity” pg1, provides power, frog leg, Breakthrough Electricity, industrial machinery electric, machinery electric power, household appliances industrial, appliances industrial machinery, power household appliances,