The stroke method is a mechanical process used to magnetize materials. It involves stroking a magnet along a particular material in a specific direction to align the atomic domains within the material and induce magnetism. This method is commonly used to create temporary magnets.
A piece of any magnetic material, like iron or steel (a nail, knitting needle, bolt etc.) is take and placed on a bench or a table. A bar magnet is brought close to the magnetic material (say an iron piece AB). One end of the bar magnet is stroked against it, moving from end A to end B of the iron piece. When the bar reached end B, it is lifted and the stroke is repeated from A to end B. This procedure is repeated several times, keeping two things in mind: (a) The same pole of the bar magnet should be used every time (b) Strokes should be in the same direction By stroking the iron piece with the north pole of the bar magnet, end A becomes the North Pole, and end B the South Pole. If you bring the South Pole of any magnet close to end A now, what will you observe? You will observe that the two attract, which simply proves that end A acquires the North Pole.
The stroking method can make materials like iron, cobalt, and nickel into temporary magnets. When these materials are stroked with a magnet, they align their magnetic domains and become temporarily magnetized.
refers to various ways of making a magnet from magnetic materials.they include: stroking method, electrical method, magnetism through hammaring among others*Induction *Stroking method : 2 types which are single touch method and double touch method *Electrical method ( By keeping the material to be magnetized in a solenoid and passing Direct current through it)The three methods to make magnet are:induction: the process of producing a electric or magnetic effects in a material with an electric charge or a magnet.stroking: is the process of rubbing in one direction.electricity: is a process to do with electric charge, particularly the use of electric energy.The three methods of making magnets are:1. Single touch method2. Double touch methodand by electrical method.
It was noticed that magnetizing a steel bar could be made easier by the use of the double touch method. Procedure: 1.Place a steel bar on a flat surface. e.g a table 2.Then two strong bar magnets are struck on the steel bar with their opposite poles striking the steel bar on either side AB.e.g the north pole of one magnet strikes side A and the south pole of another magnet strikes side B. 3.The magnets are moved to the centre and when they reach the centre,they are taken back to their original places in a magnetic field of way. 4.This stroke is repeated for several times until A and B gain a polarity. 5.You will notice that A will get the opposite polarity as B.i.e A will become the south pole while B will become the north pole.
To magnetize an iron nail using the stroking method, you can stroke the nail with one end of a magnet in a consistent direction many times. This allows the domains in the iron to align in the same direction, creating a magnetic field in the nail. The nail will then act like a magnet with a north and south pole.
The stroke method is a mechanical process used to magnetize materials. It involves stroking a magnet along a particular material in a specific direction to align the atomic domains within the material and induce magnetism. This method is commonly used to create temporary magnets.
The double touch method involves stroking a ferrous material (such as iron) with a magnet in the same direction twice. This aligns the magnetic domains within the material, creating a temporary magnet. The material will only remain magnetic while in contact with the original magnet.
An electrical method of making a magnet involves passing an electrical current through a coil of wire to create an electromagnetic field. The coil is usually wrapped around a core material such as iron, which enhances the magnetic field strength. This process, known as electromagnetism, allows for the temporary creation of a magnet that can be turned on and off by controlling the electrical current.
Yes, making iron into a magnet is a physical change because the internal structure of the iron is altered without changing its chemical composition. By applying a magnetic field, the domains in the iron align to create a magnetic field, making it behave like a magnet.
Use the magnet to stroke the iron nail many times and you try to attract something
you can only magnetize something that contains iron. if what you have contains iron, then you rub a magnet on it
You can use a magnet to stroke on a non - magnetic material for awhile (like 10 minutes) and see what happens
You can magnetize a piece of steel or iron, by stroking it with one end of a magnet. Stroke in one direction only, lifting off and away between each stroke. This aligns the atoms in a regular direction, in the blank piece of steel.
stroke it one vay repeatedly against a magnet
if you have a magnet and a magnetic matereal, rub the magnet from one end of it to the other. do this several times and it will eventualy be a magnet.
Try a magnet!