non-metals
Tungsten shines for the same reason that any other metal shines; the metallic bond creates an electron cloud which readily reflects light.
Most metals lose their shine as they react with gases in the atmosphere or in a liquid.. The surface layer may react to fom an oxide, hydrated oxides, sulfide, sulfates, carbonates. Generally ths process makes the surface dull and it may get pitted. The process is called corrosion when it is iron rusting and tarnishing when it is silver forming black silver sulfide or copper forming a mixture of greenish products, "patina" whose composition depends on the location.Some metals do not lose their shine. Common examples are gold and platinum which are used as jewellery. Aluminium still looks shiny but there is thin layer of aluminium oxide which prevents the reactive aluminium metal from corroding.
Some of the most effective metal cleaning solutions on the market include vinegar, baking soda, commercial metal cleaners, and specialized metal polishes. These products can help remove dirt, grime, and tarnish from metal surfaces, restoring their shine and appearance.
Gold is a bright, yellow metal with a lustrous shine. It is dense, malleable, and ductile, making it ideal for jewelry and currency. Over time, gold can develop a patina or tarnish, but it can be easily polished to restore its original shine.
Gold does not tarnish. It is a highly stable and non-reactive metal, which means it does not rust or corrode like some other metals when exposed to air or moisture. This is one reason why gold is valued for its durability and long-lasting shine.
Silver is a malleable soft metal that is only slightly harder than gold. It has a white metallic shine that can take a high amount of polishing.
chromium
chrooooooooooooooooooooooooooooooome
yes
no it just means it has a sparkle or shine to it as metal does
chrome
Chrome
Chrome
Chrome
Metal crowns shine when light hits them because they have a smooth and reflective surface that allows light to be reflected back towards the viewer, creating a shiny appearance. The metal's properties, such as its smoothness and composition, determine the level of shine.
Corrosion/rust.
Metal surfaces shine because they reflect light very well. The smooth surface of metal allows light to bounce off of it evenly, creating a glossy and reflective appearance. Additionally, metal surfaces are often polished or coated with materials that enhance their reflective properties, further contributing to their shine.