static electricity doesn't really need a conductor, a high enough voltage will cause electrons to jump a distance, without a conductor, as long as there is no insulator involved. All you need is a sufficient amount of free electrons on one side, say your finger tip, and a good ground on the other side, try a car door handle.
Not a good one. The phrase "conductor of static electricity" is basically nonsense. If something conducts electricity, then it conducts electricity.
Static electricity is a build up of electrons. Static means still or stationary. Electrons on metal can not be stationary as the metal is such a good conductor of electricity. To remove static electricity after dragging your feet on a nylon carpet just touch a metal appliance or pipe eg a tap. Wood is generally porous so electrons again do not build up but ebony will build a static charge as it is a very dense wood. Electrons build up on plastic as it is a poor conductor. The electrons are static and a charge builds. Static electricity is caused by electrons being knocked off or building up on objects that are not normally good conductors.
Static electricity is static. It's just shortened.
Which is a characteristic of static electricity
Damp or moist clothes do not generate static since the moisture is a good conductor. Dry clothes, particularly wool or synthetic fabrics generate a lot of static.
Not a good one. The phrase "conductor of static electricity" is basically nonsense. If something conducts electricity, then it conducts electricity.
No it is a very good conductor actually. It can cause static electricity.
when no electricity flow then chare are in condition of static
Objects like a dry wood stick does not conduct electricity but they may accumulate electrostatic charges on their surface
Static electricity is the accumulation or build up of electricity charges on the surface of a material, usually an insulator or non-conductor of electricity.
It's a non-conductor (of electricity).
Electricity , or in this case we refer to charge, is always trying to move from conductor to conductor. Whenever it stays still and the charge can't go on to anything else it is called static electricity. This is how it normally acts.
Static electricity causes electrons to move from one material to the other. In an insulator, these electrons can't flow back to equalise the charges, whereas in a conductor they can; so whilst they could conceivably generate static electricity, it would be lost as quickly as it was made.
Ebonite is a poor conductor of electricity, it is an insulator. Electrons cannot move easily within it, but can it form and hold a static charge.
Static electricity is a build up of electrons. Static means still or stationary. Electrons on metal can not be stationary as the metal is such a good conductor of electricity. To remove static electricity after dragging your feet on a nylon carpet just touch a metal appliance or pipe eg a tap. Wood is generally porous so electrons again do not build up but ebony will build a static charge as it is a very dense wood. Electrons build up on plastic as it is a poor conductor. The electrons are static and a charge builds. Static electricity is caused by electrons being knocked off or building up on objects that are not normally good conductors.
static electricity is static electricity
Static electricity is a build up of electrons. Static means still or stationary. Electrons on metal can not be stationary as the metal is such a good conductor of electricity. To remove static electricity after dragging your feet on a nylon carpet just touch a metal appliance or pipe eg a tap. Wood is generally porous so electrons again do not build up but ebony will build a static charge as it is a very dense wood. Electrons build up on plastic as it is a poor conductor. The electrons are static and a charge builds. Static electricity is caused by electrons being knocked off or building up on objects that are not normally good conductors.