how to discharge the static form the human body?
466747
touch a metal which is well grounded.
252927
think so... we all have static electricity in our body...
821242
Some people have too much static in their bodies so when they are using their computer they wipe out the hard drive from the static in their bodies. So, there is a wrist band that these people can put on that will balance the static in their body so that it does not affect their computers.
291279
http://images.google.com/images?sourceid=navclient&ie=UTF-8&rls=GGLJ,GGLJ:2006-05,GGLJ:en&q=static%20shock%20ebon&sa=N&tab=wi
269520
Yeah, what do you mean by "statics"? Be more specific.
354210
you mean static shocks its built up sdick electricity and when you touch metal it discharges. there for shocking you. its not real elctrisity.
783905
its called "static electricity".???
883302
First you have to know "Static electricity" is not electricity which is static. \n\n"Static electricity" is all about charge-imbalance, and it has nothing to do with charges at rest. "Static electricity" was misnamed.\n\nWhen we scuff our shoes upon a rug on a dry winter day, our bodies typically charge up to a potential of several thousand volts with respect to the ground. In physics this is a well-known fact, and is easily verified by meter measurements. Touch a grounded object, and a spark will leap between the object and your fingertip. This kind of electric spark can only exist when a high voltage is present. The tiniest spark requires about 500 volts. Big, nasty, painful sparks require lots more voltage, up to several thousand volts. But even when no sparks are jumping, there is still a high voltage between your charged body and the ground, and your charged body is surrounded with an invisible electric field.\n\nThere are many way you can eliminate it, Refer to this web you can will able to know.\nhttp://www.school-for-champions.com/science/staticcont.htm
962601
It is like SONAR.  A high frequency sound is emitted that bounces off surfaces inside your body.  The bounced back sound is collected and is used to generate a picture of your insides.
847700
i would try to find two sheets of a fine metal mesh. Use the first sheet to charge the incoming air and the second sheet as the negative attracting grid. place them about an inch from eachothers and attach the positive and negative terminals each to a sheet. I would use a car battery as this gives you the most voltage of something that is portable. Whatever source you get make sure it is dc and that each sheet of wire mesh is insulated from the other or else the electrostatic effect wont work. Or if you have ever seen the ionic breeze by sharper image it uses three or four metal plates placed side by side to achieve dust collection. This may work also.
164162
Static electricity gets worse when it's dry... low humidity.  You can't do much about that outside, but you can always get a humidifier for your house. Use moisturizers on your skin, switch to cotton clothing, use dryer-sheets at the laundry, use a metal object (like a key) to touch metal things like doorknobs after shuffling along your rug.  Along those lines, pick up your feet when you walk so they're not sliding.  If no key is available, try grounding yourself by touching something like the wall before touching a metal object or a person (or pet!) Experiment with different shoes.  My leather boots are the worst!
780319
Sit cross legged on the floor or ground. Press your palms into the ground and imagine the your energy becoming one with the earth. All excess or negative energy flows into the ground. Take deep breaths. Once you feel the excess and negativity gone (keep doing this until you do), then you are grounded.
788768
Just the usual stuff.  Use an electrolyte (H2SO4/HNO3), a couple of electrodes, a reduction table of half cell potentials, and some electricity.
529753
The closths are all rubbing against each other in the drier. And they are made of different materials (polyester, cotton, nylon and blends). While they are still wet, any electricity built up from the rubbing in the drier is dispersed through the water and the positive and negative charges short out, leaving a net of zero. \n\nBut as they dry, it gets harder and harder for the electrical charge to 'flow' and it just accumulates on different fabrics. More positive on some, more negative on others. And since this charge cannot easily flow, it's called 'static electricity'. And the postive charge on one peice of clothing attracts the negative charge on another and they 'stick'.
436333
First find something fibrous like a carpet, a fuzzy carseat, or something else like that.  Rub your clothing on it for a good bit.  Make sure you aren't standing on or around something metal or it'll ground you instantly (thus negating any charge you'd build up).\n\nAdditionally, a factor that you have little control over--you must be in an area that has relatively low ambient humidity (<<10%).  If you live in a Rainforest, for example, pretty much nothing you do will generate enough static to create a shock.  Good luck and happy shocking.
135526
Static electricity is caused by electrons being removed from a body, such as you. when this body is not an electrical conductor, it becomes ion charged.Once that body is ionically charged other bodies which are opposingly charged are attracted.
774566
There are a couple of ways that I can think of right off hand.  They depend on what the surrounding circuitry is like.  \n \nRemember, a static discharge is a fairly high voltage arc.  So one possibility is to measure the resistance at the transistor and compare it to a known good board.  The low voltage used to measure the resistance shouldn't hurt anything, but like I pointed out, this depends on the circuitry.  One company I am familiar with used to do this to trouble shoot a circuit.  They had a whole list of resistance readings for various points in a circuit.  It was quite helpful.  \n  \nYou might also power the board and use a scope to measure wave forms.  Or even a DMM to measure voltages.  \n  \nAnother way is to use a curve tracer.  Again, depending on the circuitry.