In a Circular Mangnet which Pole is South and North?
347333
one face is south and the other face is the north pole
79563
Exactly at the north pole.  The wind may not blow always, but when it would, it would always be out of the south.
680343
North and south geographic poles. A compass points towards the North magnetic pole, which is why you must correct for your magnetic declination to find true north using a compass. \n\nSince probably 1000 AD, navigation, however has relied on watching the skies more than watching a compass. Therefore, due north or south  is always the direction to that point in the sky that all the stars circle, projected down to the surface of the earth, and those positions in the sky are projections of the geographic pole (Polaris is actually about 0.8 degrees off the north celestial pole. If north was based on polaris, north would change by as much as 1.6 degrees depending on what time it is!)
169563
The earth's magnetic field is generated by the molten core deep inside the planet.  The magnetic North pole is positioend in the North of Canada (Churchill Bay) I believe, and this is due to an iron rich element of the magma core being near the surface.  \n\nThe magnetic North Pole is moving, and there is eveidence to show that this is quite normal over time, and that at points in history the poles have reversed.
1184313
Well, given the earth would rotate at 180 m/s and the parcel is traveling north at 1m/s from an overhead view of the earth (with the north pole being central in the picture) you would end up with a spiraled trajectory based on PHI squared. until reaching the north pole then I suppose it would pass that point and continue with yet another spiral southward until eventually you covered the entire planet with some trajectory line.  \n\n  Otherwise it would be a PHI spiral ending in the north pole.
513085
"The definition of Earth's magnetic poles depends on what is being defined. The "magnetic north/south pole" is the measured location of the vertical field lines. This is different from the "Geomagnetic north/south pole", which is the location where the best fitting dipole model pierces the surface of the Earth. While magnetic poles are not necessarily 180 degrees opposite from one another, Geomagnetic poles are exactly 180 degrees opposite from one another.\n\nThe magnetic south pole in 1990 was at 64.9 deg S 138.9deg E\n\nThe geomagnetic south pole in 1990 was 79.2 deg S 180.9 deg E "*\n\nDistance between Magnetic South Pole and Geographic South Pole (1990):    1456.8868 Statute Miles **\n\nDistance between Geomagnetic South Pole and Geographic South Pole (1990):   745.7051 Statute Miles **
981512
It would want to point at the ground. By the way, the magnetic pole is in northern Canada, pretty far from the geographic pole. At the geographic pole it would point south, to the location of the magnetic pole.
333415
Compass headings are figured in degrees clockwise from north.  First leg was 30 nm heading 270°.  The east/west part of the trip is 30 cos 270 = -30, the north/south part is 30 sin 270 = 0.  Second leg is 10 nm heading 15°.  east/west part is 10 sin 15 = 2.59, north/south part is 10 cos 15 = 9.66.  Add the 2 legs in separate parts.  You are now at a position 9.66 nm north and 27.41 nm west of port.  divide n/s by e/w to get the tangent of the angle: 9.66/27.41 = 0.3524 = tan 19.4°.  If you make a sketch while doing all this, the 19.4° is your reference angle in the northwest quadrant, so the compass heading from port to your position is 289.4°.  You could also write that as N 70.6° W.\n\nBelieve me, this is a whole lot simpler than navigating in 3 dimensions -- 4, actually, because your home planet isn't going to stay where you left it.
1112646
The pole in the north direction of earth is the south magnetic pole of earth's magnet.\n\nThe position of magnetic pole is changing but not the pole itself. If the pole cahnges then the magnetic needle in the compass will deflect in the opposite direction.
882429
If your on one of the poles the needle will keep pointing in the direction of north, but if your on magnetic north the needle will just start spinning around the place.
533087
The compass is 360 degrees all around the circle.  315 would be northwest.  A wind out of 315 would be a wind out of the northwest, and would make a vane point in that direction, northwest.
17266
Neither.  It is more of an oval thanks to the strong magnetic pull at the *top* and *bottom* (North and South Poles) of the earth which also have to do with gravity.  Were these features any different, the fowl of the air would not know where to go in the winter.
441354
hang the magnet in the air freely with the help of thread and observe the south pole in geographically north directions.
108094
you'd be going north no matter what direction you steped in. But East and west do come into play when you step off the pole. If you were exactly on the south pole and was able to rotate yourself clockwise, you would be turning east. Counterclockwise, you are turning west. you walk away from the S. pole, you are going north. The further you get away from the pole, the larger the circumference of the circle where you can walk east or west.
895350
Direction of Magnetic fields are in North To South direction\nIn a circular ring magnet, the direction is Clockwise in N-S Direction
600589
True north is the actual, geographic location of the North Pole of the Earth, that is, the axis around which the Earth rotates.  Magnetic North is where the Earth's magnetic field "exits" the surface of the planet.  It is what attracts the needle of a magnetic compass to point "north".  Because magnetic north and the north pole are not located in the same place (the magnetic north pole is currently located north of Canada and west of Greenland) in order to use a magnetic compass to navigate, you have to apply a correction factor in degrees to make up in the difference in location from geographic north.  This difference will of course change depending on where you are on the Earth's surface.
470171
The polar diameter of the earth is 12,714 km.  So the actual distance between the north and south pole is 12,714km.  The meridional of the earth is 40,008 km (the circumference going around the poles).  So, if you walked, you would walk at least 20,004 km from North to South pole.