What are the properties of silver?
Silver is a metal element that has been part of human history for thousands of years. The best known for its presence in decorative items such as jewelry, cutlery and vases, also serves as an important part of many alloys. Understanding the chemical and physical properties of silver can help create a fascinating and often surprising image of seemingly known substance.
silver is considered a relatively inactive metal from a chemical point of view. This makes it very useful in different ways; If it burst into flame or melting forever, it would hardly achieve its place in human civilization. Although the reaction is relatively slow, the silver responds to sulfur compounds in the air over time, as can be observed when the silver jewelry and cutlery can be torn. Some ozone ingredients can also cause a scratching response. In the natural form of ore, the silver does not burn and melts at an extremely high heat of 961 degrees Celsius (1761 degrees Fahrenheto). It is also known as an excellent conductor of heat and electricity.
The physical properties of silver are what is so appreciated by human craftsmanship. It usually seems white, with a strong gloss that makes it shiny. Soft metal is extremely trading, which means that it can be easily poured or hammered into thin leaves. In addition to tradability, one of the other important properties of silver is towing, which means that it can be overcast into long threads or wires. Thanks to the soft structure together with the compliance and ductility, silver makes the ideal choice for detailed metal work such as jewelry. The ability to easily shape and a silver stamp is also ideal for use as a coin currency. Its ability to reflect light also makes it a particularly engaging material that can be part of the reason why it is valued as a decorative metal.
Where the Properties of Silver is really shine in combination with other alloys. Silver used for jewelry and other ornaments is often an alloy using silver andCopper, known as Sterling Silver. Sterling Silver helps maintain the appearance and physical properties of silver, while allowing to stretch metal with less valuable and more common elements. For creating a film is critical silver mixed with bromide or chlorine; Most of the film strips are coated with a silver alloy that reacts with light to reveal the image. Thanks to fine electrical conductivity, silver is also used in zinc alloys to create some batteries.