The source returns to a balanced state.
neutral
positive
Probably neutral.
Grounding is making a direct connection between the electrical appliance and the Earth for the return or a common electrical path to avoid the build up of static electric current. If proper grounding in not done or when the insulation fails and if touched with any body part, the human serves as a direct link and contact between the electric appliances and the Earth for the return current which may end up with most commonly called 'Electric Shock'.
Elasticity is the ability of a material to return to its original shape after being deformed. It is not a form of energy. Mechanical energy is needed to deform the material which stores this partially as potential (mechanical) energy, some is transformed to heat energy, which dissipates, and some is lost to entropy, as in all energy conversions. When the potential (mechanical) energy is released it can be used to drive an electrical generator to produce electricity, until the material returns to its original shape.
Oil runs out of the compressor into the return and discharge lines. With the freezer upright, you should wait atleast three times the amount of time the freezer was turned on its side to allow the oil to migrate back into the compressor. Attempting to turn it on before then may draw the oil further into the lines and also cause the compressor to seize up. A freezer can be moved on its side as long as it is on the side opposite of the return and discharge lines. This is why some people have had no problems transporting a freezer on its side and they work right away. They got lucky due to a 50:50 chance. I know this stuff because I was one of the unlucky ones who did not know any of this and found out the hard way.
Short circuiting in the context of work, means diverting the energy that is intended to do work on a "load" in a manner that the energy that is expended does not do the work as intended. In electricity that usually means that the power of the electricity goes to the return line without reaching the load. Example: a piece of metal falls across the battery + terminal connecting it to the - terminal. The battery is discharged through the piece of metal and the energy is not used to turn the starting motor. In the context of a stream following a path around a hydroelectric dam, the water energy is not captured by the dam to convert into electricity.
The source returns to a balanced state.
Because there is no path for the electricity to return with only one prong. Electricity needs a complete path to flow through. If you were to grab a hot prong and the electrical source then that would work, but I don't recommend it.
Anal discharge
A fuel ran machine uses combustion to obtain power, which therefore creates noise, an electrical machine uses the magnetic fields of electricity to obtain power which in return is silent, and there is the reason for the difference.
You would have to return and be allowed another MEPS medical screening, and with medical proof that the reasons for discharge are expunged and not likely to return. All of this would most likely include another medical board depending on the discharge.
There would be power there because the "neutral" is the path electricity mostly used to return to its source. All electricity has to return to its source somehow.
Lightning is a sudden, large discharge of electricity. It contains nothing but electrons and neutrons as a discharge of electrons from clouds to the ground. In other words, a giant spark of Electricity ! [Lighting--with no 'n' after the 't' is something that makes light, like a light bulb.]
no, and no.
Probably neutral.
Probably neutral.
Not usually unless you go around licking grounded objects when you are touching live electrical circuits. The only time that you will receive a shock is when you become the ground return for the electricity to flow through. In effect you become the neutral wire that returns the current flow that is supposed to go back to the distribution panel.
An electrical circuit is a path which electrons from a current source flow. Electric current flows in a closed path called an electric circuit. The point where those electrons enter an electrical circuit is called the "source" of electrons. The point where the electrons leave an electrical circuit is called the "return". The exit point is called the "return" because electrons always end up at the source when they complete the path of an electrical circuit. The part of an electrical circuit that is between the electrons' starting point and the point where they return to the source is called an electrical circuit's "load". ---Nerd