i not give u
Near magnets. This includes conductors that carry electrical currents.
It depends on the cross-sectional are of the conductors -the bigger, the more current they can carry.
Bare conductors carry more electrical load than insulated ones primarily because they have lower resistance and are not limited by the insulation material, which can add to the overall resistance and heat generation. The absence of insulation allows for better heat dissipation, enabling the conductor to handle higher currents without overheating. Additionally, bare conductors can be designed for higher current capacities, making them more efficient for carrying electrical loads.
If you are talking about electricity then all conductors have either de-localised electrons in their structure which means when a current is passed through they will move and carry the current with them. Ions can also carry charges but they have to be in solution or in liquid form.
because they have many free electrons that can carry the electrical current
16 current carry conductors
Nerve cells carry impulses in the form of electrical currents, they are insulated by myelin to avoid the electrical current from 'leaking out'.
Conductors are used to carry electrical current in a circuit. They are commonly used in electrical wiring for homes, buildings, and appliances to transmit electricity safely. Conductors are also used in electronics and telecommunications to transfer signals and data.
If the three conductors are in a single cable they physically are positioned parallel in relationship to each other. True parallel conductors are combined to split the current. They have to be of equal length and size so that they split the load current between the two or three or four conductors. Conductors are paralleled so that multiple smaller conductors, which are easier to work with, can carry equally the total load current. To answer the question no, the three conductors in a 120/240 circuit are not considered to be in parallel. All three of these conductors could have a different current being carried by them depending on how the load is distributed.
In semiconductors, conductance is lower compared to conductors due to the presence of energy band gaps that restrict the movement of charge carriers. Conductors have high conductance because they have a high density of free electrons that can move easily and carry electric current.
Nerve cells carry impulses in the form of electrical currents, they are insulated by myelin to avoid the electrical current from 'leaking out'.
Conductors are materials that allow the flow of electrical current easily, such as metals. Insulators are materials that do not allow the flow of electrical current easily, such as rubber or plastic. Conductors have freely moving electrons that can carry the current, while insulators have tightly bound electrons that do not move easily.