Some of gold’s physical properties is it's a dense, mallabelible, ductile transition metal. Also known as it’s latin name Aurum (Au), Gold is located in group eleven on the third row, and its atomic number is 79. At room temperature, Gold’s state is a solid. Chemical Properties of gold are it’s melting point is 1062℃ (1943.6℉) and its boiling 2000℃ (3632℉). Finally, Gold is a mallabeliable and is not reactive. If it's raining nothing happens to gold, when water hits the metal. Silver is the metal an Olympian receives when they place second place. Argentum is silver’s latin name and its nickname is Ag. At room temperature, Silver is a solid. Next, Silver is a ductile and lustrous metal. Silver is a transition metal, with an atomic number of 47 and an atomic mass of 107.8682. Silver isn’t reactive but, it is malleable. It’s boiling point is 1,763°F (961.8°C) and its melting point is 3,924°F (2,162°C). Bronze is different from Silver and Gold because it is made out of the element of copper. Sometimes bronze is made by tin and copper combining together. At room temperature bronze is a solid. Its boiling point is 4643°F which is higher than both gold and silver. Silver has a melting point of 1984.32 °F which has a higher melting point than both silver and gold. Copper is malleable, and can be formed, shaped, and stretched into complex objects. Copper is also not …show more content…
In the beginning, The medals were made out of pure gold, silver, and copper. The last time the games handed out pure gold medals were in 1912 during the summer games at Stockholm, Sweden. However, now and days the gold medals are made of 494 grams of silver and only 6 grams of gold. Shockingly, Bronze medals (copper) are only worth about $3.50 and silver is worth $320 dollars in markets. Gold on the other hand is worth about $587