Magnetized water exists only in the heads of magnetic therapists!
Place a magnet near the glass of water so that the needle aligns itself with the magnetic field of the Earth. The needle will then point north and south due to the influence of the magnet.
Repetitively stroke a pin which CID attracted to the magnet in 1 direction for two minutes (stroke, lift, back, down, stroke, etc.). Stick the needle in a cork and put it in some water - one end will point north and the other south.
To check if water is magnetized, you can use a simple test with a compass or a small magnet. Place the magnet near the water and observe if the compass needle or the magnet reacts differently than it would with regular water, indicating a change in the magnetic field. Additionally, you can look for any unusual behavior in the water, such as the attraction or repulsion of small metallic objects. However, it's important to note that water itself is not permanently magnetized; any effects are typically temporary and depend on the presence of a magnetic field.
A Compass! A common science experiment involves rubbing a magnet down a needle (only one way!) and putting it in a "boat" in a bowl of water to demonstrate a simple compass! The Earth has a core of iron. This makes a magnetic field, with north pointing (almost*) at the north pole, and south at the south pole. *Magnetic north is not the north pole. Actually, compasses point to a place in northern Canada
Iron is the substance attracted to a magnet. Unlike silver, lead, and water, iron is a ferromagnetic material, meaning it can be magnetized and attracted to magnets. Silver and lead are not magnetic, and water is a non-magnetic liquid.
To magnetize water, you can submerge a magnet in a container of water for several hours. The magnetic field from the magnet will cause the water molecules to align in a specific way, creating magnetized water. This process is sometimes believed to enhance certain properties of the water, though scientific evidence supporting these claims is limited.
A magnet can help you find directions in a forest by using it to determine which way is north. By suspending a magnet on a string and allowing it to freely move, one end of the magnet will point towards the Earth's magnetic North Pole, indicating the north direction. This can help you orient yourself and make your way out of the forest.
answ2. A needle may easily be magnetized by gently stroking it in one direction. This can be converted into a compass which you may carefully float on the surface of water, where it will align itself with the lines of magnetic force at your location.You could speed up the process of magnetizing your needle by stroking it with one end of your magnet.In either case, if you consider the 'needle floating on surface tension' to be too difficult, you can pierce a small bit of cork or polystyrene foam with your needle, and float that.No
There is no scientific evidence to support the claim that magnets can magnetize water. Magnets can interact with water molecules, but they do not magnetize or make water magnetic.
If a magnet is floated on a cork in water and balanced on a sharp end, it will align itself with the Earth's magnetic field. One end of the magnet will point toward the magnetic north (which is actually near the geographic south pole) and the other end will point toward the magnetic south. Therefore, if one end points east, the other end will point west, but this is not a typical alignment; usually, it aligns north-south. The orientation depends on the specific magnetic properties of the magnet used.
To identify the north pole of a magnet, make a compass out of it by hanging it on a string or floating it on water. The pole that faces geographic north is the north pole. Once you have a magnets poles labelled, you can use it to identify orientation and poles on another magnet since like poles repel and opposite poles attract.Alternative AnswerEasier still, use a compass! A compass always points to the south magnetic pole of a magnet.
Actually, they point at the magnetic north and south poles. The Magnetic North Pole is currently somewhere north-east of Canada. The naming of the poles on a magnet is confusing. The north pole would actually be better called the north seeking pole. Answer. Because the Earth itself acts like a massive magnet with its south pole at the Magnetic North Pole and vice versa. Remember 'like poles repel, unlike poles attract'.