A static charge is just an excess (or lack) of electrons from the surface atoms of a substance, always a non-conductor.
The discharge occurs when the "free" electrons find a low resistance path to ground.
When an object discharges static electricity, it returns to a neutral state. This means it has neither a positive nor negative charge and is once again at equilibrium with its surroundings.
An example of harmless static electricity is when you touch a metal doorknob and feel a small shock. This is caused by the buildup of static electricity on your body from walking on carpet, and it discharges when you touch a conductor like the doorknob.
I believe it is measured in watts. Static electricity is measured in volts. Most static electricity discharges are measured in Kilovolts. Lightning is measures in Megavolts.
True. Lightning is a natural example of static electricity, which occurs when there is a build-up of electrical charge in the atmosphere that discharges in the form of a lightning bolt.
Some dangerous forms of static electricity include sparks that can cause fires or explosions in environments with flammable gases or dust, static discharges that can damage sensitive electronic equipment, and lightning strikes that pose a risk to people and property.
Probably neutral.
When an object discharges static electricity, it returns to a neutral state. This means it has neither a positive nor negative charge and is once again at equilibrium with its surroundings.
An example of harmless static electricity is when you touch a metal doorknob and feel a small shock. This is caused by the buildup of static electricity on your body from walking on carpet, and it discharges when you touch a conductor like the doorknob.
Well i don't know about electricity but i know about static electricity. Lightning is like static electricity, except on a much bigger scale. Both lightning and static electricity happen because of the attraction between the opposite charges. When static electricity moves, it is a current. When static electricity in clouds discharges to earth there is a huge, very short current pulse (surge).
I believe it is measured in watts. Static electricity is measured in volts. Most static electricity discharges are measured in Kilovolts. Lightning is measures in Megavolts.
True. Lightning is a natural example of static electricity, which occurs when there is a build-up of electrical charge in the atmosphere that discharges in the form of a lightning bolt.
Some dangerous forms of static electricity include sparks that can cause fires or explosions in environments with flammable gases or dust, static discharges that can damage sensitive electronic equipment, and lightning strikes that pose a risk to people and property.
When you get shocked from a metal doorknob, you are experiencing static electricity. This occurs when an imbalance of electric charges builds up on the doorknob and your body, and discharges when you touch the doorknob.
Because while the voltage of a static charge may be many thousands of volts, there is relatively little current available, especially over time. Even what might feel like a nasty shock when you touch the refrigerator, has minuscule, almost negligible wattage. Perhaps enough to power a wristwatch for a little while but not enough to be useful in a practical sense.
train contain to much static electricity due to its metallic body but trucks a truck discharges the static electricity to the earth, so if sulphuric acid is transported by train that would cause an explosion due the reaction of sulphuric acid and static electricity
When a light switch shocks you, it is usually due to a buildup of static electricity on your body. When you touch the switch, the static electricity discharges, causing a mild shock sensation. This can happen more frequently in dry conditions or when wearing certain fabrics that generate static electricity.
Lightning is a large-scale discharge of static electricity that occurs in the atmosphere during a thunderstorm. Both lightning and static electricity involve the buildup and release of electrical charge, but lightning occurs between clouds or between a cloud and the ground on a much larger scale than typical static discharges.