Silver's properties include that its thermal and electrical conductivity are higher than any other metal. The only reason it isn't more widespread in electrical systems is that it is too expensive compared to copper and tarnishes more quickly than gold. However, it is used in high frequency radio engineering, and some stereo-system owners believe silver wire produces better sound quality.Know More
Silver is also quite malleable and ductile. Malleable means that it can be beaten into sheets without tearing and ductile means it can be pulled into wire without snapping. Silver's contact resistance is also lower than any other metal.
Silver is also the most reflective of metals. The metal is used in solar power reflectors and in water purification systems. The presence of silver discourages the build up of pathogens and reduces the need for somewhat toxic chemicals like chlorine.
Silver, in the form of silver salts and silver nitrate, is used in photography. Its usage has declined as digital photography has become more and more popular. However, silver is used in infrared telescopes because of its reflectivity. Very thin coats of silver are also applied to window glass for insulation.
The melting point of silver is 1,763.2 degrees Fahrenheit, while its boiling point is 3,924 degrees F.Learn more in Atoms & Molecules
The ability of carbon atoms to form covalent bonds with other carbon atoms is the most unique of its bonding properties. This enables carbon to form long, continuous chains, branches and loops consisting of carbon and hydrogen in hydrocarbons and only carbon in carbon allotropes such as C60.Full Answer >
Some of the properties of metals are thermal and electrical conductivity, malleability, fusibility and the ability to be stretched thinly, such as in the making of copper wire. Most metals are shiny and hard. They are also versatile in the way in which their properties can be controlled or altered to suit various industrial and technological needs.Full Answer >
Oxygen gas is free from odor, taste and color, combines with the majority of other elements, supports combustion, is very paramagnetic and has a pale blue color in both its solid and liquid forms. Oxygen is also a part of over 100,000 organic compounds.Full Answer >
Metals have luster, are malleable and ductile, conduct heat and electricity and may combine with other metals; nonmetals, in contrast, have little or no shine, are neither malleable nor ductile, do not conduct heat or electricity and exist as molecules in their most basic forms. Metals and nonmetals occasionally share overlapping characteristics, particularly elements located proximately on the periodic table of elements. However, most embody these characteristics, which are used to classify and categorize elements into the categories of metals and nonmetals.Full Answer >