no-two south poles of a magnet will move apart
If you're talking magnets, then yes.
Magnets attract when their opposite poles are near each other, creating a magnetic force that pulls the magnets together. This attraction occurs due to the alignment of the magnetic domains in the materials.
No, the south pole itself does not attract magnets. Magnets are always attracted to the opposite pole of another magnet, so the south pole of a magnet would be attracted to the north pole of the Earth's magnetic field.
It means how two things attract to each other. Such as the North and South pole of two magnets
north pole and south pole attract + south pole and north pole attract because opposites attract. two magnets repel each other when the same poles are pulling together. for example, north pole + north pole repel because they are the same.
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.
south pole
A compass will always point to the south pole of a magnet.
It is when you have the pole north facing up and the pole south facing down they repel. When the pole north and south are facing up or down they attract.
South. hence "opposites attract"
Yes,magnets can attract two irons at a time.One to the south pole and other to the north pole.
Magnets attract when opposite poles (north and south) are brought near each other as the magnetic fields align in the same direction, creating a force of attraction. Magnets do not attract when like poles (north and north or south and south) are brought near each other, leading to repulsion as the magnetic fields align in opposite directions.