3 prong the 2 black wires are your hot and the braided is your neutral.
Option 1: Use a circuit breaker. The breaker is essentially a switch that will turn off the electricity in the event of a current overload fault occurring somewhere either in appliances connected to the circuit or to the circuit's own wiring. Option 2: Use a fuse. Will turn off the electricity in the event of a current overload. One downside is that fuses destroy themselves in order to cut-off the power, so you have to replace them. Another downside is that some of the simpler types of fuse are not as fast-acting as a circuit breaker so they can allow more damage to occur before they shut off the supply of current.In reality, unlike a circuit breaker, a fuse is not really an "overload protection device" but a "device for opening a circuit which has a higher current subjected to it than it was designed to carry", such as a short circuit condition.For example certain types of electric motor need to draw a high start-up current so a circuit feeding such a motor must be fused at up to 250% of the motor's rated running current or Full Load Amperage (FLA). So a motor could be in an overload state up to 200% over its FLA and still not blow the fuse. For more information about circuit protection devices see the answers to the Related Questions shown below.
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Appliances usually have a higher current draw that is very close to the limit of the circuits capacity. By having other loads on this circuit it could lead to nuisance tripping when and if both the appliance and the additional load were started at the same time.
A short circuit condition is caused by the grounding of the circuit anywhere from the distribution point to the load of a circuit. This grounding causes a high rush of current because of a low resistance of this type of circuit. This high rush causes the over protection device to trip and interrupt the current flow.
A switch is necessary to be able to turn the electrical circuit on and off, otherwise it would stay "on" all the time, until either the source of power stops giving out power - like a battery which goes dead - or part of the circuit stops working, like a light bulb that fails to work after a long time or a that motor siezes-up, overheats and eventually burns out. Even if you just disconnect a wire from the source of power, you are doing the same thing as a switch.
A closed circuit works by having electricity flow in a complete circuit or circle or any closed shape.
A circuit having two or more paths connected across the source.
Biggest problems are the windings either having an open circuit or a short circuit.
I'm having some trouble focusing in on the schematic of the circuit.
I am not 100% sure, but if you add the powder into a aqueous solution contaning electrolytes and compared the conductivity before and after you added the powder into the aqueous solution, it may display a difference in conductivity.
it may explode
No they dont sice they are having more the
The thing that prevents an overload is the fuse.
A short circuit is determined by a low resistance between two conductors or between a conductor and the ground. <<>> The circuit's over current protection usually trips resulting in the circuit having no power.
Loading refers to the phenomena that occurs when a load circuit having low effective impedance is connected to a supply circuit having higher effective impedance.
depends on the load. if it is lights one can burn out without turning off the others
yes because of it having a signals, if it mix with power cable, fire alarm circuit get distributed.