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A MAGNET.
Home
DISCOVERY OF MAGNETS.
TYPES OF MAGNETS.
PERMANENT MAGNETS.
TEMPORARY MAGNETS.
ELECTROMAGNETS.
SHAPES OF THE MAGNETS.
BAR MAGNETS.
HORSESHOE MAGNETS.
DISC MAGNETS.
RING-SHAPED MAGNETS.
CYLINDRICAL MAGNETS.
MAGNETIC AND NON-MAGNETIC MATERIALS.
NON-MAGNETIC MATERIALS:-
CHARACTERISTICS OF A MAGNET.
MAGNETIC NEEDLE.
A MAGNET ALWAYS SETTLES IN THE NORTH-SOUTH DIRECTION.
THE MAGNETIC FORCE IS CONCENTRATED AT THE TWO ENDS OR POLES OF A MAGNET.
MAGNETIC FIELD.
RETAIN OF TWO POLES AFTER DIVIDING A SINGLE MAGNET INTO TWO MAGNETS.
ATTRACTION AND REPULSION OF A MAGNET.
MAKING A MAGNET.
SINGLE TOUCH METHOD.
DOUBLE TOUCH METHOD.
ELECTRICAL METHOD.
DEMAGNETISATION.
HEATING OF A MAGNET.
HAMMERING OF A MAGNET.
ELECTRICAL METHOD.
STORING OF A MAGNETS.
USES OF MAGNETS.
REFERENCES.
A MAGNET.
Home
DISCOVERY OF MAGNETS.
TYPES OF MAGNETS.
PERMANENT MAGNETS.
TEMPORARY MAGNETS.
ELECTROMAGNETS.
SHAPES OF THE MAGNETS.
BAR MAGNETS.
HORSESHOE MAGNETS.
DISC MAGNETS.
RING-SHAPED MAGNETS.
CYLINDRICAL MAGNETS.
MAGNETIC AND NON-MAGNETIC MATERIALS.
NON-MAGNETIC MATERIALS:-
CHARACTERISTICS OF A MAGNET.
MAGNETIC NEEDLE.
A MAGNET ALWAYS SETTLES IN THE NORTH-SOUTH DIRECTION.
THE MAGNETIC FORCE IS CONCENTRATED AT THE TWO ENDS OR POLES OF A MAGNET.
MAGNETIC FIELD.
RETAIN OF TWO POLES AFTER DIVIDING A SINGLE MAGNET INTO TWO MAGNETS.
ATTRACTION AND REPULSION OF A MAGNET.
MAKING A MAGNET.
SINGLE TOUCH METHOD.
DOUBLE TOUCH METHOD.
ELECTRICAL METHOD.
DEMAGNETISATION.
HEATING OF A MAGNET.
HAMMERING OF A MAGNET.
ELECTRICAL METHOD.
STORING OF A MAGNETS.
USES OF MAGNETS.
REFERENCES.
More
Home
DISCOVERY OF MAGNETS.
TYPES OF MAGNETS.
PERMANENT MAGNETS.
TEMPORARY MAGNETS.
ELECTROMAGNETS.
SHAPES OF THE MAGNETS.
BAR MAGNETS.
HORSESHOE MAGNETS.
DISC MAGNETS.
RING-SHAPED MAGNETS.
CYLINDRICAL MAGNETS.
MAGNETIC AND NON-MAGNETIC MATERIALS.
NON-MAGNETIC MATERIALS:-
CHARACTERISTICS OF A MAGNET.
MAGNETIC NEEDLE.
A MAGNET ALWAYS SETTLES IN THE NORTH-SOUTH DIRECTION.
THE MAGNETIC FORCE IS CONCENTRATED AT THE TWO ENDS OR POLES OF A MAGNET.
MAGNETIC FIELD.
RETAIN OF TWO POLES AFTER DIVIDING A SINGLE MAGNET INTO TWO MAGNETS.
ATTRACTION AND REPULSION OF A MAGNET.
MAKING A MAGNET.
SINGLE TOUCH METHOD.
DOUBLE TOUCH METHOD.
ELECTRICAL METHOD.
DEMAGNETISATION.
HEATING OF A MAGNET.
HAMMERING OF A MAGNET.
ELECTRICAL METHOD.
STORING OF A MAGNETS.
USES OF MAGNETS.
REFERENCES.
MAGNETIC AND NON-MAGNETIC MATERIALS.
MAGNETIC MATERIALS.
The materials which are
strongly attracted by magnets are Magnetic materials.
For example:-
Iron, Cobalt, nickel, etc.
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