The system tends to attain the state of minimum potential energy, so the effect of static electricity wears out very fast.
because of static electricity
yes
As long as the electricity is static, it is of little concern. Of course, static today, current tomorrow. If you are in contact with a large static charge and also with the Earth, the energy can flow through you, and there might be enough to stop your heart. I heard of a man who picked up two cables to connect them and was cooked. The person in charge said it was static electricity, since the power was then not on. Of course, it is my point that static electricity is merely charge, and the charge (most usually) has to move to hurt you. Moving charges are called electric current.
Well, electricity isn't living, and it's been around for ages. Lightning and thunderstorms contain electricity. Sand storms can create static electricity. So it's been around about as long as the Earth.
It lasts as long as it doesnt get wet.
There are a good number of science fair projects about static electricity like: 1) bending water with static electricity. 2) picking up styro-foam or paper with static electricity. 1)Take a plastic comb, comb through long, dry hair at least 30 times. get a slow, steady stream of water running in the bathroom sink. put the comb about an 1/8 of an inch next to the water. voila!
Simple - stroke the cat, while making sure you're grounded !
Long enough to power electricity
Depends on the area of the building you put it in or if its outside it doesnt last long.
Yes. That is why chlorine doesnt last long
Yes, you can flash a fluorescent tube with static electricity. Once the static potential difference is equalized the tube will go out. <<>> Static electricity is discharged with a spark in a fraction of a second. Florescent bulbs stay on for long periods of time. Perhaps it could operate a strobe light one time every few minutes. A strobe light does not provide enough light to be useful for anything except photography and dancing at a club!
Some materials cause or create more static electricity than others. Since static electricity is the collection of electrically charged particles on the surface of a material, various materials have a tendency of either giving up electrons and becoming positive (+) in charge or attracting electrons and becoming negative (−) in charge. The Triboelectric Series is a list of materials, showing which have a greater tendency to become positive (+) and which have a greater tendency to become negative (−). The list is a handy tool to determine which combinations of materials create the most static electricity