Science Report on Electromagnetism

This report will be done on the theory of Electromagnetism. Electromagnetism is the force that combines electricity and magnetism. Electromagnetism is found in everyday things that shape our lives. It is the cleanest force used to make energy today, and it is used in almost every home appliance that is in a standard middle classed home. The E-M force is the most commonly under looked force that helps us live. Without Electromagnetism, we would be falling through floors, literally! E-M force can be found even in military weapons, and even the radio uses electromagnetism. Electromagnetism can save lives when used in critical medical equipment. This is one truly amazing force that we can no longer overlook if we wish to live a normal, healthy, and fun life. Electromagnetism, the most common, yet overlooked force that shapes out lives. (This is the first of my several subtopics dealing with the E-M force. This particular subtopic deals with electromagnetism 's general uses. Electromagnetism is commonly used in microwaves, remote control cars, and it creates energy cleanly and fast. One of the most important uses for electromagnetism is in electronic motors. The main components are a core rod and many copper wires coiling around the iron rod. The coils rotate around the iron rod because of the magnetic force caused by a certain magnetic field on an electric current. While doing so, this turns electrical energy into mechanical energy. When this happens, normally a gear is attached to the end of the rod. That Gear is connected to another gear and that can be linked to anything you want to turn. However, when you reverse this process of making electrical energy into mechanical energy, it creates energy. This can be done with windmills, in dams, and in underwater tunnels that are specifically made for making energy. The way that works is that instead of the copper wires turning and making the iron rod turn, the copper coils. These windmills are actually called wind

Bibliography: http://science.howstuffworks.com/electromagnet2.htm.