The lowest contact resistance of all metals is typically observed in gold, due to its excellent conductivity and resistance to oxidation. Gold's atomic structure allows for optimal electron mobility, resulting in minimal contact resistance when in contact with other metals. Additionally, its corrosion resistance ensures stable electrical connections over time. Other highly conductive metals like silver and copper also have low contact resistance, but gold often remains the best choice for critical applications.
The metal with the lowest temperature coefficient is Platinum. Its temperature coefficient of resistance is among the lowest of all metals, making it a preferred choice for applications where stability in resistance over a wide temperature range is required.
All metals are good conductors by their very nature. If you have a piece of metal which appears to not be conducting, maybe it has a layer of clear varnish on it which is preventing a good contact. The copper wire used for winding coils might look like bare copper, for example, but actually has a thin layer of varnish which must be scraped off where an electrical contact is required.
When metals freeze, their atomic structure becomes more ordered, creating stronger bonds between atoms. This increased stability and alignment of atoms result in better resistance to wear because it makes the metal harder and more resistant to deformation during sliding or contact with other materials.
all are non metals
All are metals.
The metal with the lowest temperature coefficient is Platinum. Its temperature coefficient of resistance is among the lowest of all metals, making it a preferred choice for applications where stability in resistance over a wide temperature range is required.
Normally copper is used in computer cables because it has one of the lowest resistance of all metals (resistance is how much the electrons scatter while travelling) Which makes it safer. And also it is very cheap. Aliminium is also used in cords but not as often:)
Lead
Ferrous metals are those contain iron. All ferrous metals are magnetic and give little resistance to corrosion.
Superconductors have the lowest resistance of all materials, with resistance dropping to zero when they are cooled below a certain critical temperature. Conductors have lower resistance than semiconductors and insulators, which have significantly higher resistance and do not conduct electricity as effectively.
Helium has the lowest melting point of all the non-metals. It melts at a temperature of -272.2 degrees Celsius.
Silver is the best natural conductor. It has the lowest resistance of any known natural material. Your conductors - low resistance materials Silver, Copper, Gold, Aluminum, Tungsten, Brass, Iron, Platinum... Gold is sometimes favored in circuits as silver and copper both oxides.
It appears that Plutonium has the lowest conductivity (highest resistance) of all the metals, at 106 /Ohm*cm. This information comes from the link below.
They all are soft. They all have lowest melting point among all other transition metals. From: Kansagra Mihir
zinc because all other metals are in original form
All metals are good conductors by their very nature. If you have a piece of metal which appears to not be conducting, maybe it has a layer of clear varnish on it which is preventing a good contact. The copper wire used for winding coils might look like bare copper, for example, but actually has a thin layer of varnish which must be scraped off where an electrical contact is required.
When metals freeze, their atomic structure becomes more ordered, creating stronger bonds between atoms. This increased stability and alignment of atoms result in better resistance to wear because it makes the metal harder and more resistant to deformation during sliding or contact with other materials.