This Season
 

How to Magnetize Metal

A magnet is a neat scientific anomaly. Magnetic attraction is caused by the positive and negative atom particles in an object to line up all together. When the negative and positive particles stay on their designated side, they are polarized. This causes an attraction because negative attracts positive. Magnets are not only fun to play with, they are also handy. In fact, many screwdrivers and tools are magnetized to help pick up screws and nails in hard to reach places.

Related Searches:
    Difficulty:
    Moderately Easy

    Instructions

    Things You'll Need

    • Existing magnet
    • metal nail
    • 9 volt battery
    • copper wire
      • 1

        Rub the metal you want to magnetize in one direction over the existing magnet. This is the quickest way to magnetize metal. It causes the non magnetized metal to polarize and turn into a magnet. The attraction and force, however, is not too strong and lessens over time.

      • 2

        Grab 2 pieces of copper wire for a stronger, more permanent magnet. A stronger, more permanent magnet is the electromagnet. As long as you have the electromagnet hooked up to a power source, the force will never diminish.

      • 3

        Wrap copper wire around the metal nail. The wire should wrap tightly around the nail starting from the tip and coiling around to the other end. You should have enough wire to have at least a couple of feet left after coiling around the nail.

      • 4

        Set up a 9 volt battery and wrap the free end of each wire around the battery terminals. Each wire should only wrap around one of the terminals. The terminals are the small round metal circles that stick out from the end of a 9 volt battery.

      • 5

        Use your nail to pick up metal. It is now an electromagnet. Once the wires are wrapped around the battery terminals, your electromagnet should work. You can now use it to pick up objects, or even rub it against other metals to magnetize them.

    Tips & Warnings

    • If you are having problems with your electromagnet, try making the copper coil tighter around the nail or changing nails entirely. Sometimes an extra rusty nail hinders the electromagnet force.

    • Leave small magnets out of the reach of children. They can be harmful and even cause death if allowed to enter the digestive tract.

    Related Searches

    Resources

    Read Next:

    Comments

    You May Also Like

    • How to Magnetize Metal With Batteries

      Magnetizing metal with batteries is a fun and common science fair or classroom project, but it can easily be duplicated at home....

    • How to Magnetize & Demagnetize Metal

      Magnetizing metal involves lining up the positively and negatively charged particles within the metal to create a stronger attraction with oppositely charged...

    • How to Magnetize a Screwdriver

      Ever tried to insert a screw into a recessed hole? How about working up above your head installing a light fixture on...

    • How to Magnetize Metal for Painting

      You' ll want to magnetize your metal in order to paint it when you are working with items such as wrought iron...

    • How to Magnetize Something

      Creating a permanent magnet is a difficult process. However, it is simple to temporarily magnetize material as long as you already possess...

    • How to Magnetize Steel

      Understanding magnetism can lead to hours of fun learning. One way to make magnetism really accessible to anyone is to do a...

    • How to Make a Piece of Metal Into a Powerful Magnet

      You can make a simple magnet out of metal by swiping it repeatedly against another magnet. This causes the particles in the...

    • How to Magnetize an Iron Rod

      Iron is one of three basic metals that can be magnetized. Creation of a permanent magnet requires special equipment, as the iron...

    • How to Magnetize With Copper Wire

      Electromagnetism can be defined as "the relationship between electricity and magnetic force," according to Engineering Timelines. You can make certain metals magnetic...

    Follow eHow

    Related Ads