Thanks to Google. I searched "remove static from clothing".
I got about a zillion hits. This one was near the top;
http://www.homelifeweekly.com/clothes/6-quick-ways-to-remove-static-cling-from-clothing/
When it is completely dark at night time, get a pair of nylon or satin pyjamas, and rub two surfaces of the fabric together briskly. Now bring the surface of the fabric close to your face or thigh. The static electricity you created by rubbing the fabric, will rush to your body and you will see this electricity flow to your body if the room is completely dark. Your whole body must be perfectly dry, and the fabric must be perfectly dry, to make this work well. If you see these sparks of static electricity; then of course it must be "light". However the amount of light is not very bright and it is of short duration, but it certainly is "light". For best results, rub the surfaces of the nylon, by stroking them in one direction only. (Imagine you are brushing your hair, with the brush removed from your hair, between strokes.)
You will also feel a mild 'tingle' as the electricity hits your skin.
Static Electricity is the result of a difference between number of electrons and protons. If there are excess electrons (which have negative charge), then the net charge is negative. If there are less electrons, the object has a positive charge. One way get the object back to neutral charge (equal amount of protons and electrons) is to touch it to a metal conductor, which is connected to Earth's ground. Since the Earth is so massive, it has the capacity to absorb the relatively small amount of electrons, or it can supply electrons to the object to balance the charge. If the goal is to avoid a spark, then a resistor can be used to 'slow down' the electrons (reduce the current). One way is a string or cord with carbon fibers. Carbon is a semiconductor which will conduct but not as good as metal (so it 'resists' the current flow).
Buy some static removers that you throw in the dryer, and take one and rub it on your clothes. Or pat your clothes down with slightly damp hands.
The most common way to reduce static electricity is to use a damp cloth or water on the charged material.
Increase the humidity in the room.
Your clothes move around on your body creating static electricity. When you remove your clothes the electricity arc's as the static charges get near one another.
To remove static electricity from your clothes, you can rub the fabric with a dryer sheet. You may also spray the clothing with hairspray.
Static electricity
Damp or moist clothes do not generate static since the moisture is a good conductor. Dry clothes, particularly wool or synthetic fabrics generate a lot of static.
Static electricity caused by friction.
Your clothes move around on your body creating static electricity. When you remove your clothes the electricity arc's as the static charges get near one another.
To remove static electricity from your clothes, you can rub the fabric with a dryer sheet. You may also spray the clothing with hairspray.
Static
Static electricity
The clothes have friction with the other clothes so that makes static electricity. The static lets the clothes stick, as a balloon sticks to a wall when you rub it on your hair.
Damp or moist clothes do not generate static since the moisture is a good conductor. Dry clothes, particularly wool or synthetic fabrics generate a lot of static.
It can be a nuisance because if you still have static charge on your clothes it could set flammable liquid.
Static electricity.
Static electricity caused by friction.
This is due to static electricity. It is the same phenomenon that causes you to shock yourself on the door knob after rubbing your feet on the carpet.Nylon clothing crackles as you undress because of static electricity. This often builds up as you move around during the day or when the clothing comes out of the dryer.
You create friction when you take off your clothes. The crackling sound is the static electricity.
No. Static electricity is more likely to be caused by movement of materials against each other in a dry environment.