The magnetic force can act at a distance, without touching - in a way, that's similar to the electric force, or to the more familiar gravitational force - the force that pulls you down.The current scientific idea about this is that such forces are transmitted by special particles, such as photons or gluons.
I don't think this is possible. All magnetism is somehow related to the flow of current; in a permanent magnet, the electrons orbiting around the atoms counts as a "current".
If you want to make magnet, point a iron bar towards magnetic north if you are in the northern hemisphere or towards magnetic south pole if you live in the Southern Hemisphere, then strike the bar on the end with a hammer several times. The bar will become magnetized. Wear eye protection when doing this as the bar or the hammer may chip.
The electromagnetic force is one of the four elementary forces, along with gravity and the weak and strong nuclear forces.
The questions 'How do opposite magnetic poles attract?' and How do like poles repel?' have no answer: it's like asking 'How does gravity work?'.
BTW two bar magnets don't have to attract, it's their opposite poles that attract. Like poles always repel. Every magnet has both North and South poles. There is no magnetic monopole.
Realign the "spin" of the unpaired electrons in the magnet by placing it in the presence of a larger magnet, or randomize the "spin" by heating or jarring the magnet.
In English, that means just drop it a lot or heat it up a lot.
The answer to moving magnets without other magnets boils down to either creating an electrical field or reflecting the magnets field with pure and thick aluminum.
A magnet creates a magnetic field. This field is a force that affects magnetic objects. Like any other force, it can be used to move objects.
The magnet has a magnetic field which either attracts or repels another magnet or magnetic metal. It is because of this magnetic field that the things move.
A moving magnet will cause an electric field - a voltage. This can cause currents in nearby conductors.
They run on battries. That is how they work without electricity.
Yes, however the object must be a magnetiseable metal such as iron. To magnetise it you could use a permanent magnet and slide it along the metal pice in one direction several times. Than you pice of iron for example would be a permanent magnet. Another way of doing this is, if there is no permanent magnet available, is to use a SOLENOID. You could build yourself one: Check it out on the internet. This solenoid would make your pice of iron permanently magnetic with the use of ELECTRICITY. This shows that magnetism and electricity are closely related. GUD LUCK and I hope my answer helped you.
Yes, magnets are spun rapidly inside coils of wire to induce an electric current within the wire, this is the basic principal of an electricity generator.
Aluminum is not magnet meatal and cannot be a magnet.
by keeping another magnet or attractive force
Put a magnet into AC electricity
Magnet->Electricity->Motor
yes it can.
a generator
A coil doesn't make electricity it can however alter voltage and amperage output.
by stroking it with another magnet :D
No. but he used an electromagnet to make discoveries about electricity.
It depends on the amount of sunlight and the amount of electricity the panel can make if the magnet is an electromagnet, but it is possible.
A moving magnet will cause an electric field - a voltage. This can cause currents in nearby conductors.
you are changing one type of energy into another, you are moving electrons using a magnet, these electrons have energy that powers our electronic devices
by burning the fuel to heat water to make steam to turn a turbine to rotate a magnet about a coil (or a coil about a magnet) to make electricity.