Opposite poles attract (so they stick together.) Similar poles (N&N, or S&S.) don't stick together. They push away from each other.
If two south poles are put together, they would repel each other. This is because like poles (north-north or south-south) repel each other due to the magnetic field lines being oriented in the same direction.
No. Magnets can pull other magnets towards them, or push them away from them. If a magnet's north pole points towards another magnets north pole (or a south pole towards a south pole), they will repel, instead of pulling them towards them. On the other hand, if a magnet is brought near a piece of iron that is not already magnetic, it will induce magnetism in the iron, in such a way that the two magnets will attract one another. Yet on the other hand, magnets have hardly any influence on most substances.
Magnets attract magnetic materials such as iron. Magnets either attract or repel other magnets depending on the polarity. Magnets repel diamagnetic materials. Most diamagnetic materials (bismuth, diamond, graphite, silver) are only weakly repelled. Super conductors are strongly diamagnetic, and are more strongly repelled.
Well, honey, boys react to magnets in different ways. Some may be fascinated by the concept of magnetic forces and enjoy experimenting with them. Others may not give a damn and just see them as another piece of metal. It all depends on the individual and their level of interest in science.
The molecules of chlorine are brought by CFC's. They are harmful chemicals with react with ozone to deplete it.
They will repel each other. You can experiment with this by using children's magnets. These have a painted north and south poles.
they repel each other
If two south poles are put together, they would repel each other. This is because like poles (north-north or south-south) repel each other due to the magnetic field lines being oriented in the same direction.
No. Magnets can pull other magnets towards them, or push them away from them. If a magnet's north pole points towards another magnets north pole (or a south pole towards a south pole), they will repel, instead of pulling them towards them. On the other hand, if a magnet is brought near a piece of iron that is not already magnetic, it will induce magnetism in the iron, in such a way that the two magnets will attract one another. Yet on the other hand, magnets have hardly any influence on most substances.
they repel each other
No, magnets do not react to Kevlar because Kevlar is not a magnetic material. Magnets only attract materials that contain iron, nickel, or cobalt. Kevlar is a strong and heat-resistant synthetic fiber used in body armor and other protective gear.
magnets can
The electricity is run through a coil of wire. This turns it into a magnet. Opposite poles attract and like poles repel. By arranging the coils on a rotating shaft, it can be made to pull the shaft around as it alternately gets attracted and repelled by magnets around the outside. Motors vary in construction, depending on voltage and use. Some have permanent magnets, with which to react with the coils. Others have no permanent magnets, but other separate coils, which have current running through them. The short answer is 'magnetism'.
if you bring north and north they would repel. if you bring south and south they repel. If you bring north and south they will attract
React to the nearby presence of another magnet
Well, according to the superconductivital forces of quantum neutrinos in the brane field of M-theory, a cataclysmic extrapulation will occurr inside the magnetic singularity. Thus, we calculated (myself and my team) that the state of the frictive forces upon the two pieces of matter and antimatter within an infinitum of gravitational pulling, the monopolicular entities will create a mass fluxuation in the forces of superconductivity. In other words, they get pushed apart...DUH!
Like charges repel each other, meaning they push away from each other. Unlike charges attract each other, meaning they pull towards each other. This behavior is governed by the fundamental force of electromagnetism.