Neither. Aluminum Foil has no magnetic properties.
A static magnetic field has little or no effect on aluminum. A varying fields eddy currents can move aluminum around. That is used during recycling.
No. Aluminum is not attracted by a magnet.
No because aluminum is not magnetic.
When an iron piece is quite away from the magnet ,i.e, not present in magnetic field of the magnet then the iron piece is in neutral state ,i.e, there is no north & south pole . But , as soon as the iron piece interacts with magnetic field of magnet ,i.e, near to the magnet then the north pole of magnet make the nearer part or end of the iron piece south pole & simultaneously other part of iron becomes north pole . Similarly if south pole of the magnet interacts with iron piece then that end/part becomes north pole & other end becomes north pole . Now this iron piece has north & south pole .So iron piece is now converted into magnet which can attract other iron pieces in similar way as explained before .
Iron is a magnetic material, it conducts metal.
Yes. In this case, the magnet will induce magnetism in the iron, which is originally unmagnetized. Once the magnet is removed, the iron may return to an unmagnetized state; unless the magnetic field near the piece of iron is very strong.
A piece of any magnetic material, like iron or steel (a nail, knitting needle, bolt etc.) is take and placed on a bench or a table. A bar magnet is brought close to the magnetic material (say an iron piece AB). One end of the bar magnet is stroked against it, moving from end A to end B of the iron piece. When the bar reached end B, it is lifted and the stroke is repeated from A to end B. This procedure is repeated several times, keeping two things in mind: (a) The same pole of the bar magnet should be used every time (b) Strokes should be in the same direction By stroking the iron piece with the north pole of the bar magnet, end A becomes the North Pole, and end B the South Pole. If you bring the South Pole of any magnet close to end A now, what will you observe? You will observe that the two attract, which simply proves that end A acquires the North Pole.
Nothing attracts lightning, unless the lightning can get to the ground easier through that thing than it can through the air. A magnet doesn't attract lightning unless it's stuck in the ground, wired to the ground, or held by a nice moist squishy human being who's standing on the ground. The same goes for any piece of metal, whether or not it's a magnet.
When an iron piece is quite away from the magnet ,i.e, not present in magnetic field of the magnet then the iron piece is in neutral state ,i.e, there is no north & south pole . But , as soon as the iron piece interacts with magnetic field of magnet ,i.e, near to the magnet then the north pole of magnet make the nearer part or end of the iron piece south pole & simultaneously other part of iron becomes north pole . Similarly if south pole of the magnet interacts with iron piece then that end/part becomes north pole & other end becomes north pole . Now this iron piece has north & south pole .So iron piece is now converted into magnet which can attract other iron pieces in similar way as explained before .
Then you will end up with two magnets, each half will be a new magnet, with both a north and a south pole. But the magnet will be weaker.
no it wont because copper is not a type of magnet even though it is a metal
Iron is a magnetic material, it conducts metal.
The magnetism of a permanent magnet is caused by the magnetic alignement of individual atoms in the crystal structure of the ferromagnetic material. You can break a magnet into thousands of pieces and each tiny piece is a magnet with north and south poles. Each piece will attract or repel any of the other pieces depending on how they are oriented to one another.
Hold a magnet against it. magnets attract iron.
If the piece of metal is a magnet it will attract another piece of iron. You should be able to feel this attraction as the two become very close. It's magnetic field can be "seen"( that is the effect) by placing iron filings on a piece of glass and place the magnet beneath the glass. Otherwise it is not a magnet.
The soft iron and magnet will attract each other - the copper will not be attracted to either of the other two.
Doubt it because the piece of steel is not magnetized.
This is called magnetism. metals in the pen attract the negative and positive charges in the magnets.
Suspend the magnet on a string at its CG, so it balances. The end that points north is its north pole.Alternative AnswerUse a compass. It will be attracted to the magnet's south pole.
Only if that piece of steel is the north pole of a compass. In short the steel has to be magnetized, and it has to be able to move. A bar magnet resting on the ground would not move because there is too much friction and the force of the magnetic pole is relatively weak. Though apparently if you suspend a bar magnet by a piece of string, it will align itself to the poles.