The Earth is not a magnet. Its magnetic field is generated by electrical currents generated in the interior; or rather by the net sum of a number of separate electrical current processes.
Nor is the strength or direction of the magnetic field fixed; it varies with time, and is well known to have reversed in polarity many times.
The 'axis' of the Earth's magnetic field is not coincident with the spin axis - it is biased well off to one side.
In 1600 an English physician named William Gilbert proposed the idea that the Earth itself is a magnet.
In 1600, William Gilbert first preposed that the earth was a giant magnet.
An example of a permanent magnet would be the Earth. The Earth is one giant magnet with opposite poles.
the magneti feild of earth is stronger near the bottom of the earth beacause the earth s like a magnet and in a magnet the two poles are always magneticaly stronger than in the middle.
The planet earth itself.
The compass needle is itself a magnet which is why it always points north according to the earth's magnetic field. If you place a magnet (Whose magnetic power is stronger than the earth's) close to the compass its needle will be attracted t the magnet and not to the North Pole.
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Because it is a giant magnet.
Not a magnet, no. But it does attract the Earth and this is due to gravity.
An example of a permanent magnet would be the Earth. The Earth is one giant magnet with opposite poles.
the world is the biggest magnet ever because the south and north pole connect
The natural magnet is present at the core of our planet earth.
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A magnet produced in earth; not man made.
The earth, itself, is the largest magnet.
Its an electro-magnet - currents flowing through the iron core.
The Earth (world) is the worlds largest magnet as it is essentially a magnet The largest magnet (discluding the earth) is the superconducting solenoidal magnet of the CMS experiment on the Large Hadron Collider at CERN in Geneva, Switzerland.
Earth attracts a magnet because both Earth and the magnet have mass. The force of gravity acts between any objects that have mass.
no