no because that's just like can u see with your eyes looking at one another.
When two opposite sides of a magnet are in contact with each other, the magnetic fields align and attract each other, causing the magnet to stick together. This is due to the attraction between the opposite poles of the magnet.
None of the sides should be more attracted to a magnet than the other.
No
If you place a + charged side and a - charged side of a magnet together - they will attract. The theory behind this is that sides of polar opposites (meaning north and south) will form an attraction with their protons and electrons to form a bond. Polar similarities contain a balance and will therefore repel the forces of the other magnet to maintain their equilibrium.
SIMILAR repel, opposites attract. And they are because of that because of the magnetic fields.
Parts that have the same charge will repel. Opposite charges attract/pull each other. So positive sides of magnets attract negatively charged magnets and repel positively charged magnets. Negative sides of magnets attract positively charged magnets and repel negatively charged magnets.
Positive and Negative
When you place magnets on a pencil they will usually not touch each other, this is because of their magnetism. It means you've placed the magnets on sides similar to each other; a magnet has two sides, a positive and a negative. If you place a positive with a negative, they stick together, but when you place a positive with a positive, or a negative with a negative, then they will push against each other. And since the magnets on the pencil have little room to move, when they push against each other they don't touch, and they seem to float.
no as the broken will repeal as they form same poles
a magnet
positive and negative
Magnets have two opposite sides, called "north" and "south". The same sides, for example north and north, of different magnets repel each other, while opposite sides (north vs. south) attract each other.