It need not have a negative charge. In fact, it should usually be uncharged. Electrical and magnetic forces should be treated as different forces.
The charge on north pole is Positive (+ve) and south pole has a Negative (-ve) charge.
No, it is not possible to create an all-negative magnet because magnets have two poles - north and south. The concept of an all-negative magnet conflicts with the fundamental properties that define magnets.
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.
their magnetic poles atract the opposite charge in order to optain the other charge. therefore they pull together to conect with a negative(-) and positive(+) because one end is filled with negative but needs positive and vise versa so when you put a + and + they don't need each other so the pushaway,same goes with negative poles
The left side of a magnet is not defined as negative; instead, magnets have two poles: the north pole and the south pole. The north pole is often associated with the direction a compass needle points, while the south pole is the opposite. The terms "positive" and "negative" are typically used in the context of electric charges, not magnetism. Thus, it's more accurate to refer to the sides of a magnet as north and south rather than negative or positive.
The charge on north pole is Positive (+ve) and south pole has a Negative (-ve) charge.
We all know that the magnet has north and south poles, but there is no charge for any pole of them. We say north and south in magnetism, positive and negative in electrostatic.
The north and south poles and negative positive effect
Well there isn't any positive or negative on a magnet. But to find North and South, you can suspend a bar magnet on a string and see which way it points, or use a compass. Remember that the North Magnetic Pole defines what Magnetic North is, and on a compass or a bar magnet the SOUTH magnetic pole point at it.
No, it is not possible to create an all-negative magnet because magnets have two poles - north and south. The concept of an all-negative magnet conflicts with the fundamental properties that define magnets.
Magnet declination is the angle between magnetic north and true north. Declination is considered positive east of truth north and negative when west.
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.
their magnetic poles atract the opposite charge in order to optain the other charge. therefore they pull together to conect with a negative(-) and positive(+) because one end is filled with negative but needs positive and vise versa so when you put a + and + they don't need each other so the pushaway,same goes with negative poles
no, it curves steadily towards the north side of the magnet. this effect happens because alpha particles have a positive charge due to their atom. the atom of an alpha radiation atom is 2 protons and 2 neutrons (similar to He), which gives the atom a positive charge thus it bends towards the north or negative side of the magnet.
South Pole North Pole
No. If you cut a magnet in half, each part will still have a north pole and a south pole.Scientists have been trying to obtain "magnetic monopoles", pressumably some particle that has a "north charge" or a "south charge", but so far, without success.No. If you cut a magnet in half, each part will still have a north pole and a south pole.Scientists have been trying to obtain "magnetic monopoles", pressumably some particle that has a "north charge" or a "south charge", but so far, without success.No. If you cut a magnet in half, each part will still have a north pole and a south pole.Scientists have been trying to obtain "magnetic monopoles", pressumably some particle that has a "north charge" or a "south charge", but so far, without success.No. If you cut a magnet in half, each part will still have a north pole and a south pole.Scientists have been trying to obtain "magnetic monopoles", pressumably some particle that has a "north charge" or a "south charge", but so far, without success.
No, a magnet's poles do not have the same charge. One pole is a north pole and the other pole is a south pole, resulting in opposite charges.