do you have the 3 magnetic elements. i need it for my science class?
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actualy the only elements who are magentic are iron, colbat, nikel, NOTHING ELSE!
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Ferromags are substances that are strongly attracted by a magnetic substance. Some ferromagnetic  metals are iron, cobalt, nickel, gadolinium and dysprosium. To generate electricity from ferromags, take two iron sheets 5 cm wide. rub both of them using a bar magnet only in one direction for about 10 minutes. This will impart magnetic properties to d iron sheet. Then u arrange the sheets in such a way that u feel d force of attraction between the sheets. take a copper wire. make a loop out of it. rotate d loop in d space between d sheets with a constant frequency. Voila electricity generated at d ends of d loop
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http://www.chemicalelements.com/elements/k.html\n\nhttp://www-spof.gsfc.nasa.gov/stargaze/Q6.htm
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Your nearest rainbow? Just kidding!\nTry this site: http://physics.nist.gov/PhysRefData/Elements/legend.html
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If you get an A with this work please share it with me. If you get an F , forget me.\n\n  \n  Magnetism are 2 sides (+ and -) (like in some relations). Every compass will go to the North because of magentic fields, those fileds are kind of circles like the air waves of radio or Tv.\n\n  2. Electromagentic is a toold like iron that needs electricity to work and work as a magnet, it is important a battery or other source of low voltage. Electromagentics are used to attract old cars, electromagentics are used for people who lost some things on the sand (those kind of electromagnetics are the ones with one circle in the end where the person is attracting something).\n\n 3: Electromagentic needs a switch like light, turn on and off, you let the energy flow and you get the magnetic field or you deny that flow, on the other hand the magnet is always "on", there are magnets where both sides are positive or negative, most of them are positive and negative like in electricity you need both to have electricity.\n\n 4:For instance the motor of one car, inside the motor you will see a lot of pieces and is kind of interesting because thin cables are allowing the flow of electricity, so with that in mind the motor is moving, produces energy then
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Ferromagnetism is the phenomenon that deals with three metals: iron, cobalt, and nickel.  These metals have unpaired electrons in their valence atomic orbitals and thus form a small magnetic field (the region that encompasses this magnetic field is called a domain).  A piece of one of these metals, however, has all of its domains oriented in several directions and thus there is very little net magnetic field.  When these metals interact with an external magnetic field, however, the domains all align in the same direction, thus causing these these metals to have magnetic properties.
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elements fall under one of three categories: stuff that is always attracted to a magnetic field, stuff that is always repelled by a magnetic field, and stuff that can be magnetized ei you can make a magnet out of it. For example, water (yes i know its not an element) is always repelled by a magnetic feild, titanium is always attracted and iron can be magnetized. To see the effects of water being repelled by a magnetic field, buy some neodymium magnets, (the bigget the better) and place it in a bowl of water so that the magnet is barely covered with water. place it in front of your compurer screen, and look at the reflection of the computer screen in the water just above the magnet. you will notice th reflection is warped just above the magnet.
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go here: http://school.discovery.com/sciencefaircentral/
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They use  Electricity and Magnetism ( by Purcell) \nBerkeley Physics Course. Vol. 2. (Edit.  McGraw-Hill) for Physics2 (elecricity and magnetism) \nand for statics must be: Statics (by Waclaw Zalewski and Edward Allen).\n\n...why don't you get into the webpage? , they give you courses for free and also you can check his solved exams, it's pretty cool.
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helium,.........,hydrogen,............, and oxygen??? I don't have the book on me right now, so I am drawing a blnk
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Go to http://www.pyzam.com/. I got some great things form this place. And I think I saw the magnet thing you were talking about on here too.
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Try amazon:\nhttp://www.amazon.com/s/ref=nb_ss_gw/103-2181071-9005440?url=search-alias%3Daps&field-keywords=electromagnetic+casting\n\nor the American Society for Metals bookstore at:\nhttp://www.asminternational.org/Template.cfm?Section=Bookstore
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Physics does not describe magnetic monopoles;\nonly dipole with a north pole and a south pole.\nWhen you break an iron magnet, you have two magnets.\n\nTh
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This guy:\n\nhttp://www.theodoregray.com/PeriodicTable/\n\nhas some great pictures of samples of elements.
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It lacks the crystalline electron structure that elements like magnesium and iron have. Thus, it cannot align into electrical dipoles, and is not magnetic.
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3 elements:\n\nOxygen, heat, & fuel.
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Um, there's over a hundred elements.  I'm not going to name them all for you.  Look at a periodic table.  I'm sure there's one in your chemistry book.