answer 2 This common observation is due to confusion.
Since the North Pole of the earth was well known of in early times, we may say that the field there is the North Pole. By convention.
On my compass, one end of it points to the North Pole [well not quite, but we'll pass on] and this end of the compass should be called the North Seeking Pole, or the North Pointing Pole. It should NOT be called the North Pole of the compass.
Knowing the laws of magnets as we both do, we know that the North Seeking Pole of my compass must be in fact a south pole of a magnet.
Reverting to the [ ... ] comment above. Your compass, and mine as well, do NOT point to the North Pole. The needle aligns itself with the lines of magnetic lines of force at the place where I am.
You can show this for yourself with the 'iron filings' experiment.
o Place a couple of magnets at least 10 cm apart, if you can get the demo to work at 20cm so much the better. Strong magnets are worthwhile.
o Lay a sheet of stiff paper above the magnets and sprinkle it with iron filings in the classic manner. You should now see the curved lines of force between the magnet poles demonstrated by the iron filings.
o Move your compass about the magnetic field as demonstrated by the pattern of the filings.
Provided your compass needle does not overwhelm the magnetic field between the magnets, you should see that the compass needle folllows the lines of force.
No. North Korea did not exist prior to the end of World War II.
Manchester North End F.C. ended in 1939.
Manchester North End F.C. was created in 1922.
The soviet union... page 214 contemporary world regional geography
North and South Korea have been divided since the end of World War II. Their arbitrary border is at 38 degrees north latitude, otherwise known as the 38th parallel.
Then you will end up with two magnets, each half will be a new magnet, with both a north and a south pole. But the magnet will be weaker.
A magnet's north pole will attract the south pole of a compass needle (i.e. the end of the needle that points to Magnetic South).
The two magnets would be attracted and come together.Unlike poles will attract.Like poles will repel.
When one end of the unmagnetized needle is in contact with a magnet, the magnetic field from the magnet induces magnetism in the needle. This results in the end of the needle touching the magnet becoming a magnetic pole, and the other end becoming an opposite pole. The opposite poles attract each other, causing the unmagnetized needle to attract another needle when in contact with a magnet.
You can find the North Pole of a magnet by using a compass. The end of the magnet that points to the north on the compass is the magnet's North Pole. Alternatively, you can use another magnet to determine the poles - opposite poles will attract each other (North attracts South) while like poles will repel each other (North repels North).
any end or to say specifically any molecule of magnet would attract the nail for nail is not a polarised one doubts can be clarified at hemanth87542@yahoo.com any end or to say specifically any molecule of magnet would attract the nail for nail is not a polarised one doubts can be clarified at hemanth87542@yahoo.com
If you have a compass or a magnet with the poles marked, you can bring it near the magnet with the missing labels. The north pole on the unlabeled magnet will repel the north pole on the labeled magnet or the north pole on the compass.
repel
There are not separate north and south magnets; each magnet has both a north end and a south end. These can't be separated. Putting a magnet against a normal (non-magnetized) piece of iron, like the refrigerator, works no matter in what direction (north or south) you put it; the magnetism of the magnet will temporarily induce magnetism in the refrigerator in this case.
Like polarities repel; unlike attract. So the north ends of two magnets repel each other, as do two south ends, while a north end and a south end mutually attract. North + North = Repell South + South = Repell North + South = Attract South + North = Attract
North Seeking Pole
When turned on, yes they do. Even after turned off, some of the charge from the electricity involved will have slightly changed the material that is magnetized. The poles will be there, yet seldom very strong.