1) Electrostatic precipitation uses static electricity and an electrical charge to filter air pollution by charging harmful particles so they are attracted to collection plates.
2) In electronics and industry, static electricity is used in capacitors in a number of ways for various applications.
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Paint spraying cars: the paint particles are given a negative charge, and the car frame is given a positive charge, so the paint sprays out, and sicks to the car, and is attracted to all the hard- to reach areas
Electrosatic precipitator; in coal fired power station theses are used to stop the dust particles reaching the atmosphere. Particles of ass pass through a charged grid, and becone charged. They then stick to plated either side of this grid, where they can be disposed of safely
Photocopier; A charged drum is in the photocopier. Light is then shone through the paper, and whete ther is no print light hits the drum and it looses its charge. This leaves charge where there needs to be ink. Ink is the pulled onto the charged drum, and transfered onto paper
Antistatic floors; to avoid static charges in hospital, the floors are made out of an antistatic material, so no charge can build up.
Common examples of static electricity include clothes sticking together after coming out of the dryer, receiving a shock when touching a metal doorknob after walking on carpet, and hair standing up after rubbing a balloon on it.
static electricity
Some examples of static charge include rubbing a balloon on hair to create static electricity, walking on a carpet and receiving a shock when touching a metal doorknob, and friction between clothes in a dryer generating static cling.
No, static electricity does not have a smell.
Rubbing a balloon on your hair to make it stick, or shuffling your feet on the carpet and receiving a shock when you touch a metal doorknob are examples of static electricity.