you cant really because the magnet in the compass controls and direct it the way it needs to go
You can if you need to, but I would not recommend doing this for a whole tattoo. Not that there is anything wrong with it per se, but you are taking at risk unneeded trauma to the skin with this configuration as opposed to using a nice tight Round Liner.
no but i can make a compass or remember this: North.............................Never East...................................Eat South............................Soggy West...........................Waffles
Nothing. That's exactly what a compass does ... as long as it's free to turn, and there are no ferrous metals or other sources of magnetic fields nearby.
a little bit
no it's not... who told u dat.... it's jus face paint to make money
To make a compass face the wrong way, you can do so by placing a strong magnet next to the compass needle. The magnetic force of the magnet will overpower the Earth's magnetic field, causing the compass needle to point in the opposite direction. Remember that this can temporarily disrupt the accuracy of the compass.
Rub the needle across a magnetic surface...always in the same direction, don't go back and forth. This will magnetise the needle. Then float the needle in a dish of water. And presto you have your own compass
To make an ordinary sewing needle into a compass needle, it must first be demagnetized by heating it to a high temperature and then allowing it to cool in a specific orientation. This aligns the needle's magnetic domains and makes it a more effective compass needle.
To make a simple galvanoscope, you would need a horseshoe magnet, a thin wire, a small compass needle, and a stand. The wire is wound around the magnet, and the compass needle is suspended in the coil of wire. When an electric current flows through the wire, it creates a magnetic field that deflects the compass needle, allowing you to visualize the current.
magnetize a needle by rubbing it on a magnet. Lie the needle in a shallow container of water, allowing the surface tension to keep the needle afloat. The needle will orient to north and south
Are you asking what material is a compass needle made from? It that is your question, you need to keep in mind that the material used must have magnetic properties. Research the Iron Triad from the Periodic Table.
To use an ordinary compass, hold it flat in your palm and make sure the needle can move freely. Rotate yourself and the compass until the needle points to the north direction marked on the compass. Now you can determine the other directions (east, west, south) based on the north reading.
To use a compass, first hold it flat in your hand and make sure the needle is pointing north. Then, rotate yourself and the compass together until the red end of the needle aligns with the "N" on the dial. Your direction of travel is now indicated by the direction of the compass arrow. Remember to account for declination if necessary.
The main materials used to make a magnetic compass are a magnetized needle, usually made of steel or iron, and a housing or casing to protect the needle. The casing may be made of materials like plastic, glass, or metal. Additionally, some compasses have a fluid-filled chamber to dampen the movement of the needle and improve accuracy.
To use a compass, hold it flat in your palm and make sure the direction of travel arrow is pointing away from you. Rotate the compass bezel so that the orienting arrow lines up with the north marker on the bezel. Turn yourself until the red end of the compass needle aligns with the orienting arrow. You are now facing north.
To hold a compass properly for accurate navigation, hold it flat in your hand, away from any metal objects or electronic devices that could interfere with the magnetic needle. Make sure the compass is level and steady, and rotate yourself until the needle aligns with the north arrow on the compass housing. This will give you an accurate reading of your direction.
To make a simple galvanometer, you will need a small compass needle, a coil of wire, a magnet, and a base to mount the components. Wind the coil of wire around the compass needle and connect the ends of the wire to a power source. When a current flows through the coil, it will interact with the magnetic field created by the magnet, causing the needle to deflect, indicating the presence and direction of the current.