The flow of current has nothing to do with magnetism. It will flow in any direction you want, depending on the applied voltage.
pole. the middle part of a magnet is the pole. :)
No, being a magnet, it has a north pole and a south pole. The two can't be separated in a magnet. If you cut the magnet in half, each half will still have a north pole and a half pole.No, being a magnet, it has a north pole and a south pole. The two can't be separated in a magnet. If you cut the magnet in half, each half will still have a north pole and a half pole.No, being a magnet, it has a north pole and a south pole. The two can't be separated in a magnet. If you cut the magnet in half, each half will still have a north pole and a half pole.No, being a magnet, it has a north pole and a south pole. The two can't be separated in a magnet. If you cut the magnet in half, each half will still have a north pole and a half pole.
No it does not ! (: Answer 2 Iron is not necessarily a magnet. But if you put a magnet near it, it will be atrracted to it. But if you've magnetised it and you put the other magnet so that the north pole is next to the south pole, then they will repel each other.
South Pole of another Magnet or towards the South Pole of the Earth
To determine the poles of an unmarked magnet, you can use a known magnet or a compass. Bring the compass close to the magnet; the compass needle will point towards the magnet's south pole, as it is attracted to the north pole of the compass. Alternatively, you can use another magnet: the north pole of the second magnet will be attracted to the south pole of the unmarked magnet and repelled by its north pole. This interaction can help you identify the poles of the unmarked magnet.
Induce current in the generator windings.
It will bring a cool current Because it flows from the equator towards the pole
Current flows through both poles of a battery: in one out the other.Which one the current is considered to flow into or out of depends on how you describe current.conventional current - flows out the positive pole and in the negative pole (this was defined by Benjamin Franklin)electron current - flows out the negative pole and in the positive pole (this was defined following the discovery of electrons by Joseph John Thomson)For engineering purposes it does not matter which description is used and engineers are trained to use conventional current, so they all "speak the same language" (even though it can be considered "backwards").
The pole attracted to the Earth's north pole, or another magnet's south pole.
The north and south poles of a solenoid change depending on the direction of the current flow. When the current flows in one direction, the north pole of the solenoid is at one end and the south pole is at the other end. If the current flows in the opposite direction, the poles switch places, with the south pole at the end where the north pole was and vice versa.
To determine the polarity of a magnet, you can use a compass. The end of the magnet that attracts the north pole of the compass is the magnet's north pole, and the end that attracts the south pole of the compass is the magnet's south pole.
pole. the middle part of a magnet is the pole. :)
No, being a magnet, it has a north pole and a south pole. The two can't be separated in a magnet. If you cut the magnet in half, each half will still have a north pole and a half pole.No, being a magnet, it has a north pole and a south pole. The two can't be separated in a magnet. If you cut the magnet in half, each half will still have a north pole and a half pole.No, being a magnet, it has a north pole and a south pole. The two can't be separated in a magnet. If you cut the magnet in half, each half will still have a north pole and a half pole.No, being a magnet, it has a north pole and a south pole. The two can't be separated in a magnet. If you cut the magnet in half, each half will still have a north pole and a half pole.
If you have a compass or a magnet with the poles marked, you can bring it near the magnet with the missing labels. The north pole on the unlabeled magnet will repel the north pole on the labeled magnet or the north pole on the compass.
No it does not ! (: Answer 2 Iron is not necessarily a magnet. But if you put a magnet near it, it will be atrracted to it. But if you've magnetised it and you put the other magnet so that the north pole is next to the south pole, then they will repel each other.
Magnets are related to electrical currents; the electrical current produces a symmetrical magnetic field, i.e., it has a north and a south part.In the case of a permanent magnet, each atom has a tiny magnet, with its own north pole and south pole.
A horseshoe electromagnet is an example of a temporary magnet because it only exhibits magnetic properties when an electric current is passed through it. When the current is turned off, the magnetism disappears.