Magnet schools

Abstract Summary Magnets have a magnetic field surrounding them and these fields is the magnetism force that the magnet poses of an object. On a large scale, the Earth is a magnet which also has a magnetic field. Magnets also has North and South poles which can flip. The amount of magnetic material attracted to the magnet, allows the magnet’s poles to flip. Flipping on the earth’s magnet could cause destruction on the earth. The magnetic field protects earth from solar radiation. Purpose of the

PROCEDURE - Science Fun - Up and Away This particular text, Up and Away, in Science Fun is an example of a procedure. Considering the characteristics of the text, such as the text structure and the language features, it is evident that the purpose of the text is to instruct how to make a science project, a “soaring straw.” Beginning with a fun, outstanding title followed by a line of intriguing sentences, the text directly provides the instruction steps in sequence for making a soaring straw. Numbers

is in, but how does the motor spin the part that needs to be spun. The electric motors work by electricity and magnets working together. Once the electricity gets going, the magnets take over. The magnets keep the motor going because the magnets used in motors have both positive and negative magnets on both sides. Surrounding the magnetic ends, are one positive and one negative magnet. This means that at any

My claim on how I fit in the geosphere is that we need paleomagnetism to be able to tell directions and even more. Paleomagnetism is about magnetism in the earth’s rocks which makes up earth’s magnetic field. The earth’s rocks are three compositional layers which are crust, mantle, and core. “...that the molten outer core is the source for Earth's magnetic field.” (pg.85) This is the main thing for the magnetic field for Earth. By having the magnetic field we fit in the geosphere because that helps

A north pole and a south pole of two magnets pull together in a tight line. It takes a hard pull to rip them apart. It’s common knowledge. Opposites attract. How could such polar opposites pull together so tightly? Well, logically, opposites are able to make up for what one part may lack in. In William Shakespeare's “Romeo and Juliet”, a play around a tragic love between two teenagers, Lady Capulet, elegant and distant mother, and the Nurse, vulgar but kind caretaker, serve as a dramatic foil in

According to German physician, Franz Anton Mesmer, the entire universe is connected by an invisible thing know as animal magnetism. Mesmer believed that the entire human body was filled with this magnetism and that it was carried through the body in a constant flow. Illnesses occur as the result of the flow of magnetism becoming blocked off. Mesmer was able to cure his patients through several appointments. Soon, high powered, influential members of society began to investigate Mesmer’s practices

How can the times of the copper wire wrapped around the nail would affect the strength of the magnet? Hypothesis My hypothesis for this experiment is that the more copper is wrap around the nail the stronger will eventually be and the more heavy things can hold and lift . Also the thickness of the wire will affect the strength. The amount of space you leave between each loop could also affect the the strength and the time the the nail would hold the metal objects. Background research The purpose

When Benjamin Franklin first discovered electricity, it was one of the biggest discoveries known to mankind. Even though our dependence on electricity is enormous, it is still easy to forget just how dependent we are on electricity. Electricity has played a huge part in our everyday lives and will continue to do so. In fact, it is quite hard to imagine humanity without electricity. When it comes to transportation, electricity will someday rewrite the history books. One of the most important

Ferrofluids are nanoscopic shards of magnetic particles suspended in organic fluids or water. What are the modern potentials and applications of ferrofluids? Ferrofluids have current applications in a variety of fields and continue to have potentials for further advancements in others. With research of the first ferrofluid in 1963 by Steven Papell with N.A.S.A., ferrofluids have been used to provide advancements in the field of technology. In modern times, ferrofluids are used in speakers for their

The first is called the Copenhagen Wheel and the second is the FlyKly. The Copenhagen wheel does not seem to use magnets in its design while FlyKly does. Since the FlyKly uses electromagnetism I decided to focus on it. The FlyKly team decided to use a website called Kickstarter.com to start and fund their idea. They set a goal of one thousand dollars to be able to