Metals are perfectly fine if all you want is to discharge the static electricity, but they conduct so well that the discharge often results in a very high current spark.
To reduce the possibility of such sparks (which can trigger explosions, damage electronics, etc.) it is better to use high resistance dissipative materials (e.g. treated plastics, humidifiers, air ionizers, in-line megohm resistors on wriststraps, etc.) to slowly discharge the static electricity.
It may or may not. Just about any material may store some static electricity.
Lightning is an example of static electricity
Electricity is not a metal; it is the flow of electrons. In static electricity, the particles in an object try to neutralize each other, which causes a shock when touched. Metals like copper are great conductors of electricity, and can be drawn in electrical wires.
The kind of energy you experience when you get a shock from a metal door knob is an electrostatic discharge.
A natural form of static electricity is lightning.
static electricity
no <<>> Any metallic material will conduct static electricity.
no metals can not create electro magnetic energy
Since metals are conducting surfaces, they are terrible for conducting static electricity.
Objects like a dry wood stick does not conduct electricity but they may accumulate electrostatic charges on their surface
static electricity is static electricity
it is simply Newtons 2nd law, by the stating of protons and electrons being equal
Static electricity is static. It's just shortened.
static electricity
Which is a characteristic of static electricity
static electricity can be called high voltage static electricity can be called high voltage static electricity can bend water
Static electricity constitutes of charges that are static i.e. they do not move.
Easy static electricity