Electrostatics

An atmospheric discharge of static electricity is commonly known as lightning. Lightning is a sudden electrostatic discharge that occurs during a thunderstorm when there is a buildup of electric charge in the atmosphere.

The force that picks up dust on a record is primarily due to static electricity. As the record spins, static charges on the surface of the vinyl attract dust particles, causing them to stick to the surface.

Electrical energy is the energy associated with the movement of electric charges. It is the energy that powers electrical devices and appliances by allowing for the flow of electrons through a conductor.

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. protons, and electrons

Fabric softener reduces static electricity by coating the fabric fibers with a thin layer of lubricant, which helps to prevent friction between the fibers that can create static charges. This coating also allows the fibers to slide past each other more easily, decreasing the potential for static buildup.

Short answer is yes.

Static electricity i capable of causing a spark.

There are 3 things needed for fire. Fuel, Oxygen and a source of ignition.

If the other 2 conditions are met, then static electricity could certainly provide the ignition source.

An electroscope can detect static electricity by having a metal plate or rod that easily gains or loses electrons. When there is static electricity present, the electrons will be transferred to the metal, causing the leaves of the electroscope to repel each other due to the like charges. This repulsion causes the leaves to spread apart, indicating the presence of static electricity.

Bad conduction is when you burn your hand on the oven or on a hot cup of tea, btw Corey Rodgers from shirebrook school is very very GAY OJ lol :) And if Corey types owt bout me it means he is even more gay hahahaha and also he has xbox 360 his Gamertag is : Coz1995 so add him.

Static electricity build-up can be strong enough to melt the microscopic internal circuitry inside micro-chips. It's not the voltage of the static that does the damage - it's the power (amps) behind the charge.

Yes, the spark that jumps from your finger after walking on a rug is caused by static electricity. As you walk, friction between your shoes and the rug can build up an imbalance of electrical charge on your body. When you touch a conductor like a metal object, the excess charge escapes in the form of a small spark.

An electroscope detects static electricity by showing a deflection of its metal leaves when charged particles are present. When the electroscope is charged, the like charges on the leaves repel each other, causing them to separate. This separation indicates the presence of static electricity.

Rubbing a piece of wool fabric on a piece of styrofoam can create static electricity by transferring electrons between the two materials. As the wool gains electrons through friction, it becomes negatively charged, while the styrofoam loses electrons and becomes positively charged. This charge imbalance creates static electricity.

While static electricity can cause a mild shock, it is typically not powerful enough to cause serious harm to most people. However, in rare cases, strong static discharges can potentially ignite flammable gases or cause damage to electronic devices. It's more of an annoyance than a serious safety concern for most individuals.

Lightning is a discharge of electricity that occurs between a cloud and the ground, or within a cloud itself. While static electricity does play a role in the build-up of charge that leads to lightning, it is not a simple spark like the discharge of static electricity you might experience from touching a metal object. Lightning is a complex process involving the separation and buildup of charges in the atmosphere.

No, static electricity is not typically strong enough to light a light bulb. To light a light bulb, you generally need a continuous flow of electricity, which is not provided by static electricity. Static electricity is more commonly used in applications like static shocks or attracting small objects.

Assuming the coils have the same numbers of turns of wire ( and hence should produce the same instenity of magnetic feild ) the coil that heats up may have a higher magnetic reluctance, hence dissapates more of the magnetic energy as heat. Examine the cores closely , laminated cores ( one made of plates ) tend to have a lower magnetic reluctance.

You can use anti-static sprays or dryer sheets to reduce static and prevent dust from sticking to surfaces. Additionally, keeping humidity levels stable in your home or using an air purifier with an ionizer can help reduce static electricity buildup and dust attraction.

Spray short bursts of Static Guard into the globe during operation ... Repete until the snow is flowing smoothly. DO NOT spray to much at first ! Less is better and then a second spraying if needed !!

Static charge develops when electrons are transferred between two objects, causing an imbalance of positive and negative charges. This can occur through friction, conduction, or induction, leading to one object becoming positively charged and the other negatively charged, creating a static charge.

In a atom there are negative,positive as well as neutral charges. The positive charges(proton) and the neytral charges( neutron) are held together in nucleus by strong electrostatic forces. The negative charges( electron) keeps on revolving around the nucleus. A neutral atom has a equal number of positive and negative charges which balances each other. Now when the sheet of paper have been rubbed with wool then the negative charges gets attracted to the wool and due to the lack of negative charges the paper becomes positively charge.And so is the fur when rubbed with silk.

While a static shock can be uncomfortable, it is unlikely to permanently damage or kill nerves. Nerves are resilient and typically recover from minor shocks. However, repeated or high-voltage shocks can potentially cause nerve damage over time.