When the switch is turned off in an electric circuit, there may still be residual electric current present in the wire due to capacitance or inductance effects. This residual current can result in a small sensation when the individual touches the wire. However, the sensation should be much weaker than when the circuit is actually active.
The region where magnetic force can be felt is called a **magnetic field**. This field surrounds magnetic materials and electric currents and exerts a force on other nearby magnets, magnetic materials, and moving electric charges. The strength and direction of the magnetic field can vary, but it extends outward from the source of the magnetic force.
This usually only happens on primary poles. The secondary does not have a high enough potential to make the jump to ground. The primary insulators have a crack in them and the high voltage is tracking across the crack to the pole and then to ground. If you have less resistance than the pole to ground where you touch it, you will feel a slight tingle.
The area between two charges where a force can be felt is called an electric field. Electric fields exert forces on charged objects within their vicinity, causing them to experience a push or pull depending on the charges involved.
The electric force is the attraction or repulsion between charged particles, while the electric field is the region around a charged object where other charged particles experience a force. In simpler terms, the electric force is the actual push or pull between charges, while the electric field is the area where this force can be felt.
The area surrounding a charged object where the influence of its electric field can be felt is called the electric field. The electric field exists in the space around the charged object and affects other charged objects within its vicinity.
The voltage needed to produce a current that can be felt varies from person to person, but typically a voltage above 10 milliamperes can be felt by most individuals. Keep in mind that electrical current can be dangerous, and it is not recommended to intentionally expose oneself to electric shocks.
The electric light bulb would not turn on because it was burnt out.
Felt fabric does not require a turned up hem. Actually, a turned up hem on felt might be too bulky to hang or look right.
Felt is not a conductor of electricity; in fact, it is an insulator. Insulators have high electrical resistance, which means they do not allow electric current to flow easily through them. This property makes felt a good material for preventing electrical conduction or static electricity buildup in certain applications.
The region where magnetic force can be felt is called a **magnetic field**. This field surrounds magnetic materials and electric currents and exerts a force on other nearby magnets, magnetic materials, and moving electric charges. The strength and direction of the magnetic field can vary, but it extends outward from the source of the magnetic force.
Static shock is a sudden discharge of static electricity, often felt as a mild tingling or stinging sensation when touching an object. Electric shock, on the other hand, is the flow of electric current through a person's body, which can result in injury or even death depending on the intensity and duration of the shock. Static shock is generally harmless, while electric shock can be dangerous.
because he felt like it
Because they felt like it.
I'm sure she felt horrible...
Felt is a fabric that has been felt or turned into felt by matting and compressing wool fibers. By roughing up the surface of the woolen fabric, it becomes not only more durable but more flexible as well.
You still get an electric shock at 12ov but it is such a small amount of electricity that it cant be felt unless you are extremely sensitive.
no because you can't say with were with when can you!