A magnet has two poles, north and south. Opposite poles attract each other while like poles repel. This is due to the alignment of magnetic domains within the magnet that create a magnetic field.
1. It will always rest in North-South direction. 2. If a magnet is broken into many small parts then each part will behave as a magnet with North and South Pole respectively. 3. Like poles of magnet repel each other and vice-versa.
1. Magnets attract iron and other ferromagnetic materials such as neodymium and cobalt. 2. Magnets attract or repel other magnets. 3. In addition one part of a magnet will always point north when allowed to swing freely.
parts of a magnet-1. north pole2. south polethe breaking of a magnet form new magnets.when breaking is done along the axis ,pole strength decrease and along perpendicular axis it does not change.
In order to have a magnetic interaction u need 2 objects... do the experiment..1. Get 2 magnets/ buy 2 magnets2. Put them close together and they will have a strong interaction...THATS THE PROOF...
Whilst it may seem that since the magnetic field of the horse shoe magnet is responsible for the force between the magnet and the paperclip, it has to be noted that without the paperclip the magnet while retaining it's magnetic field exerts no force, because there is nothing for it to pull on.A simple example lets take both our magnet and paperclip to the very back end of the universe, somewhere hypothetical where the only force allowed is magnetism (assume gravity no longer exists out here, and with that weight/mass also don't exist. Weight being how much gravity pulls you down onto the weighing scales. So for this experiment the magnet and paperclip "weigh" the exact same 0.00 pounds).1 Take the paperclip and allow it to float in space.2 Take the Magnet and hold it in your hand.3 As the paperclip comes into the field of the magnet, it moves towards the magnet.Now you didn't move and the magnet didn't move, but the paperclip did. The magnet attracted the paperclip.Proof that the magnet is the one exerting the force, right?Lets repeat the experiment but with a slight change.1 Take the magnet and allow it to float in space.2 Take the paperclip and hold it in your hand.3 As the paperclip comes into the magnetic field of the magnet, the magnet moves towards the paperclip.Again you didn't move, and this time the paperclip didn't move. This time the paperclip attracted the magnet.Might seem kind of strange now, but not for long.Here's the thing: 1 thing is certain, if the magnet and paperclip are close together they will try to attach to each other, however,If the magnet isn't there, nothing happens to the paperclip.If the paperclip isn't there, nothing happens to the magnet.From this you can take that without the other, neither object has any force, but when they are near enough together they both act on each other with the same force. Equal and opposite forces to be exact (they pull together) .Stay with me.On earth gravity effects the magnet so it never appears to move, it's heavier than a paperclip and so every time it will appear that the paperclip moved.But back at our hypothetical space experiment we know that it doesn't matter which object isn't allowed to move, if they are near to each other they attract each other equally. I believe the term is they move relative to each other.Lets repeat the experiment one more time with one more slight change:1 Take the paperclip and allow it to float in space.2 Take the magnet and allow it to float in space.3 Leave them close enough to start attracting each other.Which one moves now?Answer is at the bottom, don't cheat, think about it.If you would Prefer a more maths orientated proof rather than abstract theory, you can always add this question to the Math section.But to be honest physics is more fun if you try to imagine it.Good luck.A: They both move towards each other.
heat
1. u get magnet 2) put next 2 other manget
You don't. You need to take the other way where you pull the stick near the house. Eos #1
1) Magnets can attract or repel each other, depending on their orientation.2) Your nail is normally non-magnetic, but when a magnet comes near it, the magnet will induce magnetism within the nail. This will turn the nail into a magnet. Temporarily, and not into a particularly strong magnet, but still.1) Magnets can attract or repel each other, depending on their orientation.2) Your nail is normally non-magnetic, but when a magnet comes near it, the magnet will induce magnetism within the nail. This will turn the nail into a magnet. Temporarily, and not into a particularly strong magnet, but still.1) Magnets can attract or repel each other, depending on their orientation.2) Your nail is normally non-magnetic, but when a magnet comes near it, the magnet will induce magnetism within the nail. This will turn the nail into a magnet. Temporarily, and not into a particularly strong magnet, but still.1) Magnets can attract or repel each other, depending on their orientation.2) Your nail is normally non-magnetic, but when a magnet comes near it, the magnet will induce magnetism within the nail. This will turn the nail into a magnet. Temporarily, and not into a particularly strong magnet, but still.
1. It will always rest in North-South direction. 2. If a magnet is broken into many small parts then each part will behave as a magnet with North and South Pole respectively. 3. Like poles of magnet repel each other and vice-versa.
1/6 the pull on Earth
( kingfurgill ) uhmm here's what I think: Ok, Theres magnet 1 and magnet 2, both have a south pole and a north pole. the south pole of magnet 1 connects to the north pole of magnet 2 and the north pole of magnet 1 connects to the south pole of magnet 2 ( that's what i learned at school today( ^_^ ) )
No, 1/4 get pregnant that way.
You have to pull 1/2 your line thru the little hole and wind it one way and wind the other 1/2 the other way on the other side. It takes a little practice to know how much line to cut to start with, but a couple good arm lengths for each side is a good start
Making a magnet is very simple. We need : 1. an iron nail or any other long iron object 2. a magnet METHOD: Rub the magnet on the iron nail in one direction. Then lift it and repeat the action . Repeat this series of action 30-50 times. the iron object will turn into a magnet. But it will not become a strong magnet CAUTION: While rubbing the magnet with the iron object, we need to rub it with the same pole on one side
1. Magnets attract iron and other ferromagnetic materials such as neodymium and cobalt. 2. Magnets attract or repel other magnets. 3. In addition one part of a magnet will always point north when allowed to swing freely.
Remove the clamp for distributor. Remove distributor, making a note how it is orientated for #1 position. Also check which way slot in drive faces for reasssembly. With a strong magnet, reach down in distributor hole and allow magnet to pull up on distributor drive gear...if it is reluctant to move...rotate drive gear back and foreward with a screwdriver in the gear center, while pulling up with the magnet. Drive also turns the oil pump and it may need a slight engine turn to free it up..