In everyday life, the best method to reduce charge buildups is running a humidifier to raise the amount of moisture in the air. Also keeping your skin moist by applying moisturizer can make a big difference.
Dryer sheets prevent charges from building up as your clothes tumble dry by spreading a small amount of fabric softener over the cloth. You can rub fabric softener on your carpets to prevent charge buildup too. Many everyday applications of modern technology crucially rely on static electricity. Air fresheners not only make the room smell nice, but they really do eliminate bad odors by discharging static electricity onto dust particles, thus dissembling the bad smell. Similarly, the smokestacks found in modern factories use charged plates to reduce pollution.
As smoke particles move up the stack, they pick up negative charges from a metal grid. Once charged, they are attracted to plates on the other sides of the smokestack that are positively charged. Finally, the charged smoke particles are collected onto a tray from the collecting plates and can be disposed of. Static electricity has also found its way into nanotechnology, where it is used, for instance, to pick up single atoms by laser beams.
These atoms can then be manipulated for all kinds of purposes as in various computing applications. Another exciting application in nanotechnology is the control of nanoballoons , which through static electricity can be switched between an inflated and a collapsed state.
These molecular machines could one day deliver medication to specific tissues within the body. Static electricity has seen two and a half millennia since its discovery. This article was coauthored by Muhammed Ibrahim, a system engineer at an environmental software company. Baking soda reduces static electricity by acting as a barrier between negative and positive charges.
It can eliminate static electricity in carpets, upholstery and other fibers when mixed with water and sprayed directly. Adding baking soda to your laundry also eliminates static electricity, and acts as a natural fabric softener.
Sometimes electric shocks can be so small that they are easy to write off as static electricity. But sometimes these shocks are a sign of a problem with your outlets. If you get an electric shock when touching a metal appliance, such as a toaster, it could be an indication that there is a wiring problem rather than a static electricity buildup.
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How to get rid of static electricity. What is static electricity? What causes static electricity in the home?
Some types of clothing are more likely to hold static electricity, and may even give off a static shock when you first open the dryer door. Friction between your feet and the carpet can cause a significant amount of static charge to build up, discharging when you touch a door knob or other conductor including a person. Sometimes just the friction of your hand running across a table cloth can cause a static charge.
Common household areas that generate static electricity You have probably already guessed that your laundry room and closets are the first places to look when it comes to sources of static electricity. These include: Entryways : Whenever your feet slide across the floor, such as when coming into a carpeted room, it creates friction that leads to static electricity.
Kitchens : Plastic grocery bags and trash bags can hold a lot of static, and they build it up quickly through friction on other bags and you. Ways to reduce static electricity in your home The first and most important thing you can do to reduce static electricity in your home is to purchase a humidifier. Some other ways you can reduce static electricity in your home are: Use fabric softener for most loads of laundry to keep fabrics from creating friction while drying or being put away.
Check washing instructions first for delicates. Static typically forms when two materials come into contact, and some of the charges redistribute by moving from one material to the other. This leaves a net positive charge on one material and an equal negative charge on the other, both of which will remain if the two materials separate.
If the net charges grow faster than a material can dissipate them, an electrostatic charge builds up. The excess charge can suddenly neutralize by a flow of charges to the surroundings, known as an electrostatic discharge or static spark. By super-heating the surrounding air and causing it to rapidly expand, the discharge is both visible and audible.
In summary, static electricity can cause distress for building occupants, but it can be controlled. Electrical Terms. More inspection articles like this. Terms of Use.
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