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Magnet
* All magnets are bionorth towards the body to help relieve pain.
* All magnets have a north and south polarity and either attract or repel
  - an invisible force field , or lines of force, outside themselves
  - fields, or areas where their pull can be felt
  - magnetic poles
* All magnets have two kinds of poles
  - or more poles, each of which is either a north pole or a south pole
  - poles, one is called positive, and the other negative
  - what is called a magnetic north pole and what is called a magnetic south pole
* Every magnet creates a magnetic field in the space around it.
* Every magnet has two poles, a North and a South pole
  - north pole and a south pole
* Make a magnetic picture, draw a design with magnetic art, or test the properties of magnets.
* Most magnets are of the superconducting type
  - create forces
* Most magnets generate electricity
  - magnetic fields
* Most magnets have effects
  - field strength
  - movement
  - negative charge
  - north poles
  - steel shafts
* Most magnets make electricity
* Most magnets provide field strength
* Most magnets use fields
* Some magnets apply pressure.
* Some magnets are so strong that they present serious hazards of one type or other
  - stronger than others
  - very strong and some are weak
  - conduct electricity
* Some magnets create electricity
  - invisible magnetic fields
* Some magnets have cm diameters
  - conductor wire
  - long stalks
  - orientations
  - positions
  - same size
  - voltage
  - lose much of their magnetic field strength as their temperature rise
  - produce forces
* actually change the nucleus of water.
* also come in different shapes
  - weaken over time
* always come with pairs of opposing poles, identified as north and south.
* are a medically accepted form of therapy for pain and healing
  - all bionorth facing the body to help relieve pain
  - amazing objects that attract certain other materials
  - an essential part of electric motors, sensors and many other high tech products
  - capable of attracting through all non-magnetic material
  - devices
  - either natural or man-made
  - everywhere
  - fundamental parts of generators and are required to produce current electricity
* are located in cars
  - fridges
  - speakers
* are made from magnetic materials
  - in different shapes, depending on their intended use
  - materials that attract iron and steel
  - objects that attract other matter containing iron or steel
* are objects that produce an area of magnetic force called a magnetic field
  - magnetic fields and attract metals like iron, nickel and cobalt
  - one of the most poorly understood pieces of material handling equipment
  - polarized, meaning every magnet has two opposite ends
  - soft and flexible to adjust to body shape
  - specialty schools that admit students based on race-balance goals
  - surrounded by magnetic fields
  - the size of a dime and the thickness of three to four dimes
* attract a variety of materials that have metal or mineral components.
* attract and repel each other and attract certain kinds of other materials
  - certain kinds of metals
  - each other because they exchange photons, or the particles that make up light
  - illumynite
  - iron and steel materials
  - metals at a certain distance without making any contact
* attract objects made from iron, steel, cobalt, or certain other materials
  - some other metals, too
  - of iron or steel
* attract some items made of metal
  - things made of iron and steel
  - when the south side of a magnet is facing towards the north side of another magnet
* attracts paper clips because they are made of steel, which is mostly, iron.
* break the rotational invariance of space.
* can also affect health in a positive way
  - repel other magnets
  - weakly repel diamagnetic materials
* can be as small as the eye of a needle, or as large as a car
  - dangerous if people avoid necessary medical treatment
  - both repel and attract one another
  - either attract or repel each other
* can erase computer hard drives
  - credit card data, video and audio cassettes, and computer disks
  - video, music, and computer data
  - float between metal plates
  - introduce electric currents, and electric currents can cause magnetic lines of force
  - make some other metals into magnets when they are rubbed together
  - move things so they have energy
  - pick up or stick to iron and steel
  - provide almost instantaneous pain relief
  - stop epileptic seizures
* cause scale to stick to the anvil.
* come in a variety of sizes, shapes and strengths
  - all shapes and sizes
* come in different shapes and strengths
* come in many sizes and shapes
  - sizes, shapes, and strengths
* come in such an assortment of shapes
  - shapes as a donut, horseshoe, rectangle, sphere, etc
  - the form of pillows, haribrushes, jewelry, bedding, insoles and even make-up
* control a beam of electrons that sweeps over the display.
* cure arthritis
  - rheumatism
* erase tape.
* exist because of domains which are tiny areas of magnetic materials.
* generate a magnetic field that penetrates the skin, tissue and bones
* get their sticking power from unpaired electrons.
* have a magnetic north pole and a magnetic south pole
  - an independent effect on reducing platelet aggregation
* have field lines that exert a force on magnets or iron
* have many uses in toys
  - no negative effects on metal pins of any time located within the body
* have north poles and south poles
  - positive and negative poles
  - their strongest capabilities at their poles
* have two ends that are referred to as the north and south poles
  - poles and no serbs
  - poles, north and south
* includes sections.
* polarize the male and female energies, thereby creating electricity.
* produce a field that exerts a force on other magnets
  - magnetic field with a north pole and a south pole
  - measurable, predictable frequency
* provide additional ease for picking up small objects, such as pins and paper clips
* pull on things made of iron.
* requires no power and is warranted for life against loss of magnetic strength.
* show soul by moving iron.
* slightly attract liquid oxygen and other materials.
* spinning inside a coil of wire create the electrical current.
* stick to the metal iron.
* stimulate the body's own healing mechanisms.
* supply forces.
* tend to stay magnetized when power is shut off.
* tip a ring to left or right, which represents on and off.
* too are all about positive and negative charges, and they can wield a powerful force.
* turn non-magnetic when heated in an oven.
* typically have two poles, a north and a south.
* vary in size, strength, shape, composition, and use.
+ Magnetism, Magnets
  * Magnetic attraction is when magnets are put near to magnetic objects, the magnet will attract the magnetic object and pull it towards the magnet until it is as near as it can get or touching it. Magnets can also repel other magnets. Most objects that are attracted to magnets have iron in them. Most other metals, such as aluminium, are not attracted to magnets.
+ Magnetism, Magnets, Magnetic Poles
  * The ends of a magnet are called magnetic 'poles'. This is the part of magnets that attract magnetic things the most. All magnets have what is called a magnetic north pole and what is called a magnetic south pole. If a piece of string is tied to the middle of the magnet and the string is held so that the magnet is allowed to hang down on its own, then the north pole of the magnet will turn and point to the Earth's North Magnetic Pole. This can be tested by tying a string to a magnet shaped like a straight stick, and then holding the string so that the magnet can turn up and down and around
  - Uses of Magnets
  * A 'magnet' is a very special metal. Also, if the two poles are the same, the two magnets will push away, or 'repel', from each other. This is called 'magnetism'. Magnets can make some other metals into magnets when they are rubbed together. Permanent magnets occur naturally in some rocks, particularly lodestone, but are now more commonly manufactured. A magnet's magnetism decreases when it is heated and increases when it is cooled. It has to be heated at around 1000 degrees Celsius