No. We are diamagnetic.
There's no such naturally occurring material which repels both the poles of a magnet but we can build one by using electronics. Magnetic levitation utilizes this technique in which magnetic sensors are connected to detect the magnetic field present (infact the pole) and control the current and resultantly the magnetic pole created at the electromagnet so that it will be of opposite polarity to the pole present around so that it is repelled. Hence whatever pole might be present in the closest vicinity, the control circuit generates opposite pole. Therefore both the poles are repelled.
1. Energy is required to create a magnet, but no energy is required to maintain a magnet(magnetic field). 2. Like poles repel each other, and unlike poles attract each other. 3. The magnetic force between two poles is directly proportional to the pole strength and inversely proportional to the square of the distance between them.
Magnetic north is negative and magnetic south is positive. The resulting magnetic field lines go from north to south. Mnemonic: north = negative.AnswerThe terms, 'positive' and 'negative', are generally applied to electric charges, not to magnetic poles. Having said that, 'magnetic therapists' use the terms 'positive' and 'negative' when referring to magnetic poles -however, their knowledge of magnetism appears very shaky!Magnetic poles are normally identified as 'north' and 'south'. The 'direction' of a magnetic field, by convention, is the direction in which a compass needle would point when placed within that field -that is, from north to south.
Magnetic poles are the ends of a magnet where the magnetic force is strongest. There are two, north and south. The north end of a magnet would come together with the south end of another magnet. But, two like poles wouldn't. It's like when you were a kid, trying to force two magnets together, and your hands were pushed out of the way by the force.
When a magnet is freely suspended it will come to rest aligned with the north and south magnetic poles of the Earth. The north seeking point of the magnet is called the south pole and the south seeking point of the magnet is called the north pole. If the two magnetic poles are placed near each other a force will exist between them, this force will be either of attraction or repulsion. Like poles repel, unlike poles attract. A moving magnetic field will induce a current in a wire. Conversely, a moving wire in a magnetic field will have a current induced in it. Also, a wire carrying current will create a magnetic field. Electricity and magnetism are so closely related to each other that it is actually called electromagnetism.
Like magnetic poles (or like electric charges) push away from each other. The same also happens with like color charges of the quarks.
Ever try to get two like poles of a magnet to stay together? They won't, that's magnetic levitation. To get things to move you switch the poles very rapidly.
Magnetic force fields will pass through any material that is Not Magnetic itself, and does not have a magnetic field in it or surrounding it (like a wire carrying a current). When a magnetic field encounters a magnetic material the field is contained by it. This is the purpose of a "KEEPER", a metal bar that is placed across the Poles of a Horseshoe magnet. It 'Keeps' the Field in the magnet so to speak. This helps maintain the magnets strength.
It has 2 poles. They are the North and South Poles.
The north and south poles would remain. The two new pieces would now have a north and a south. The magnet would still be magnetic, with its like poles repelling each other and its unlike poles attracting each other.
A magnet's poles are designated "north" and "south" just like the Earth -- which is, in fact, a planetary magnet. The northern magnetic pole on Earth (the one in the arctic) is magnetically a south pole, since poles on magnets are labelled by the direction that they tend to point in Earth's magnetic field (it's more correct and clearer to call them "north-seeking" and "south-seeking" poles).
What is special is that those bits of metal are magnetized, and their orientation is such that their poles are pointed to the magnetic. Lastly, the poles of the bits of metal that are pointed toward the magnet are the same as the pole of the magnetic that is pointing toward them. North pushes away north, or south pushes away south. (Like poles repel while opposite poles attract.)
A magnet creates a magnetic field, which is directive with two polar regions (termed north and south). A magnet attracts non-magnetized ferromagnetic materials (iron, steel, nickel) , and each pole attracts oppositely-charged magnets, while repelling like charges and poles.
poles of magnet are like two charges of a battery,.......and magnetic lines do not flow from north to south,..........each pole of a magnet emits its energy circularly spreading in all directions and the place where the two forces collide at points will bring the shape of magnetic lines,.......means resulting magnetism,...........the poles are actually not located at the ends of the magnet,.......the two forces are one above and one bellow colliding to form magnetic lines,......so both the forces are required to generate magnetism,...........eswar.seelamsetti@gmail.com
Think of the two ples of a magnet like two sides of a coin. One cannot exist without the other.
Earth has two pairs of poles, the geographic north and south poles and the magnetic north and south poles. The geographic poles are the two places where Earth's rotational axis, the imaginary line that represents the center of Earth's rotation, intersects the surface of the earth. The magnetic poles are where Earth's magnetic field diverges/converges, just like the poles of a bar magnet, except that Earth's north magnetic pole is comparable to the south pole of a bar magnet, and Earth's south pole is comparable to the north pole of a bar magnet. The locations of the geographic poles never change, but the magnetic poles wander around from time to time. In fact when studying the floor of the Atlantic Ocean for the first time scientists found evidence that the polarity of Earth's magnetic field completely reverses every few hundred millennia (the north and south magnetic poles switch places).
There's no such naturally occurring material which repels both the poles of a magnet but we can build one by using electronics. Magnetic levitation utilizes this technique in which magnetic sensors are connected to detect the magnetic field present (infact the pole) and control the current and resultantly the magnetic pole created at the electromagnet so that it will be of opposite polarity to the pole present around so that it is repelled. Hence whatever pole might be present in the closest vicinity, the control circuit generates opposite pole. Therefore both the poles are repelled.