Absolutely. Large generators are used to supply electrical needs.
The pole that is positive in a magnetic or electric system is the one that has a north or positive charge associated with it. In magnets, the north pole is considered positive, while in circuits, the positive pole is often associated with the direction of conventional current flow.
Magnets are said to have a "north pole" and a "south pole". Traditionally, the north pole of a magnet is the side that would be attracted toward the North Pole of the Earth in a compass. Since opposite magnetic poles attract, the Earth's "Magnetic North Pole" is physically a magnetic south pole.To answer the question... No, the north pole is not a negative charge. We speak of north and south poles in magnetism. We speak of positive and negative charges in electrostatics.
The North Pole of a magnet is traditionally considered the "north" end because it is attracted to the Earth's geographic North Pole, which is actually a magnetic south pole. In magnetism, opposite poles attract, so the North Pole of a magnet is a magnetic north pole, while the Earth's North Pole behaves like a magnetic south pole. Therefore, the North Pole of a magnet is not "plus" but is simply referred to as the North Pole.
There are no lions at the North Pole, nor is North Pole a language.
Yes, if you put a north pole magnet at The Magnetic North Pole it will levitate
The pole that is positive in a magnetic or electric system is the one that has a north or positive charge associated with it. In magnets, the north pole is considered positive, while in circuits, the positive pole is often associated with the direction of conventional current flow.
Magnets are said to have a "north pole" and a "south pole". Traditionally, the north pole of a magnet is the side that would be attracted toward the North Pole of the Earth in a compass. Since opposite magnetic poles attract, the Earth's "Magnetic North Pole" is physically a magnetic south pole.To answer the question... No, the north pole is not a negative charge. We speak of north and south poles in magnetism. We speak of positive and negative charges in electrostatics.
It takes about 12,450.5 miles from the north pole to the south pole or south pole to north pole.
in north pole
One important difference is that electric charges can be separated. A magnet ALWAYS has a north pole and a south pole, which you can't separate. If you cut a magnet in twain, you'll get two magnets, each with a north and a south pole. Some modern theories propose the possibility of magnetic monopoles, but so far, in practice, these have not been discovered.
north pole north pole north pole
Electric lines are on top of the pole to keep them out of the way.
The North Pole of a magnet is traditionally considered the "north" end because it is attracted to the Earth's geographic North Pole, which is actually a magnetic south pole. In magnetism, opposite poles attract, so the North Pole of a magnet is a magnetic north pole, while the Earth's North Pole behaves like a magnetic south pole. Therefore, the North Pole of a magnet is not "plus" but is simply referred to as the North Pole.
The north pole
North Pole.
About 12,440 miles.
North Pole