They magnetically "stick" together.
Yes, and again at the south pole.
The lines that run north to south come together at the North and South Poles. The North Pole is located at 90 degrees north latitude, while the South Pole is located at 90 degrees south latitude. These points represent the earth's axis of rotation.
It takes about 12,450.5 miles from the north pole to the south pole or south pole to north pole.
The North Pole is at 90 North & the South Pole is at 90 South.
All possible lines of longitude come together at two points, called the north pole and the south pole. The south pole is located in the continent of Antarctica.
A magnet has two poles, the north and the south. Opposite poles attract, meaning that a north pole will attract a south pole. Same poles repel; a north pole repels another north pole and a south pole repels another south pole. If two magnets attract each other, that pulls them together, and if they repel each other, that pushes them apart. That is the phenomenon that you observed, of magnets bouncing back when you try to put them together.
The latitude at the north pole is 90° North. Thg elatitude at the south pole is 90° South.
the arctic is the north pole antarctica is the south pole :)
The North pole of a magnet or Earth attracts the South pole, while repelling the North pole. The South pole attracts the North pole and repels the South pole. For Earth, the North magnetic pole is located near the geographic North pole, and the South magnetic pole is near the geographic South pole.
North pole . . . . . 90° North latitudeSouth pole . . . . . 90° South latitudeAll longitudes converge (meet, come together) at the poles. So if you're standingexactly on the north or south pole, then your longitude is meaningless, becauseyou're standing on all of them.
There are 180°s from the North Pole to the South Pole.
How the earth is turned on its axis