The north pole of a compass magnet points more or less towards the north.Since opposite poles of a magnet attract, that means that the north pole of the magnet points towards Earth's magnetic south pole, which of course is located towards the north.
Confusingly, this magnetic south pole has often been called the magnetic NORTH pole, precisely because it is located towards the north.
magnetic south Exactly, but FYI, if interested: A compass only functions as an indicator to "Magnetic North" because the magnetic bar at the heart of the compass aligns itself to one of the lines of Earth's magnetic field. However, consider two bar magnets, you will find that if you try to push like poles together, they will repel one another. Thus the end of a bar magnet that actually points to Earth's northern magnetic pole is the southern pole of the bar magnet. Thus the "north pointer" end of a compass pointer is actually the southern end of the magnet in the compass. Furthermore, if you care, lol, The difference between Magnetic North and Geographic North is important if you are using a compass to navigate. For us, the difference would throw us off only 1.5 degrees, which is only significant if you are doing precise orienteering. In Alaska and other places near the poles, North and South, the difference between Geographic North and Magnetic North is a big deal! Local maps generally contain a note and graphic showing the difference between MN and GN for the area of the map.
magnetic south
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Exactly, but FYI, if interested:
A compass only functions as an indicator to "Magnetic North" because the magnetic bar at the heart of the compass aligns itself to one of the lines of Earth's magnetic field.
However, consider two bar magnets, you will find that if you try to push like poles together, they will repel one another.
Thus the end of a bar magnet that actually points to Earth's northern magnetic pole is the southern pole of the bar magnet.
Thus the "north pointer" end of a compass pointer is actually the southern end of the magnet in the compass.
Furthermore, if you care, lol, The difference between Magnetic North and Geographic North is important if you are using a compass to navigate. For us, the difference would throw us off only 1.5 degrees, which is only significant if you are doing precise orienteering.
In Alaska and other places near the poles, North and South, the difference between Geographic North and Magnetic North is a big deal! Local maps generally contain a note and graphic showing the difference between MN and GN for the area of the map.
http://wiki.answers.com/Which_pole_of_a_magnet_points_towards_the_geographical_North#ixzz17Bd5cY3j
magnetic south Exactly, but FYI, if interested: A compass only functions as an indicator to "Magnetic North" because the magnetic bar at the heart of the compass aligns itself to one of the lines of Earth's magnetic field. However, consider two bar magnets, you will find that if you try to push like poles together, they will repel one another. Thus the end of a bar magnet that actually points to Earth's northern magnetic pole is the southern pole of the bar magnet. Thus the "north pointer" end of a compass pointer is actually the southern end of the magnet in the compass. Furthermore, if you care, lol, The difference between Magnetic North and Geographic North is important if you are using a compass to navigate. For us, the difference would throw us off only 1.5 degrees, which is only significant if you are doing precise orienteering. In Alaska and other places near the poles, North and South, the difference between Geographic North and Magnetic North is a big deal! Local maps generally contain a note and graphic showing the difference between MN and GN for the area of the map.
The north pole of a compass magnet points more or less towards the north.Since opposite poles of a magnet attract, that means that the north pole of the magnet points towards Earth's magnetic south pole, which of course is located towards the north.
Confusingly, this magnetic south pole has often been called the magnetic NORTH pole, precisely because it is located towards the north.
If there is a magnet beside a compass, the compass needle would be influenced by the magnetic field of the magnet rather than Earth's magnetic field. The needle would point towards the opposite pole of the magnet, so if the magnet's north pole is beside the compass, the compass needle would point towards the south.
To determine the north pole of a magnet without labels, you can use a compass. The north pole of a magnet will attract the south pole of a compass needle, which points towards Earth's magnetic north. Placing the unknown magnet near the compass will let you see which end of the needle it attracts, thus identifying the north pole of the magnet.
A compass is a small magnet that can turn freely and always points north. It aligns itself with the Earth's magnetic field to indicate the direction of magnetic north.
magnetic north north pole =magnetic south
On a compass, the needle points toward the North Magnetic Pole (not precisely the same as the geographic North Pole). The "north pole" of a magnet is defined according to the Earth's magnetic field (or by application of the "right hand rule" of electromagnetic field generation).
magnetic north north pole =magnetic south
A compass has a magnet that points north, according to the Earth's magnetic field. It is useful, precisely, to find out where north is.A compass has a magnet that points north, according to the Earth's magnetic field. It is useful, precisely, to find out where north is.A compass has a magnet that points north, according to the Earth's magnetic field. It is useful, precisely, to find out where north is.A compass has a magnet that points north, according to the Earth's magnetic field. It is useful, precisely, to find out where north is.
If there is a magnet beside a compass, the compass needle would be influenced by the magnetic field of the magnet rather than Earth's magnetic field. The needle would point towards the opposite pole of the magnet, so if the magnet's north pole is beside the compass, the compass needle would point towards the south.
The north of the compass points to Earth's magnetic south pole, which is to the north.
You can identify the polarities of a round magnet using a compass. The end of the magnet that points north on the compass is the north pole of the magnet, while the end that points south on the compass is the south pole of the magnet.
same reason it shows North anywhere. The needle of a compass is a magnet. It points to the North Magnetic Pole.
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).
Its ovious why a compass points in different directions. For example, if your going north, the compass points north because your going that direction. Theres also a magnet concealed in the compass. How does the compass know what direction yoiur going. Earth it self is a magnet. When you head that direction, it will point
If you have a compass and it points towards north
To determine the north pole of a magnet without labels, you can use a compass. The north pole of a magnet will attract the south pole of a compass needle, which points towards Earth's magnetic north. Placing the unknown magnet near the compass will let you see which end of the needle it attracts, thus identifying the north pole of the magnet.
A compass, because the magnet's North pole will rotate until it points to the Earth's North pole.
To determine the North Pole of an unmarked magnet, you can use a compass. The needle of the compass will point towards the North Pole of the magnet, helping you identify its orientation.