probably not as in not expedient, if we look at green gold (an admixture of Cadmium) to bring it to perfection is difficult, that equates to cost. i'm lost as to the 'why' of creating exotic alloys for jewelry. as gold becomes more expensive alternatives such as aluminum bronze exotics become more attractive financially but not less attractive as a gold look alike.
nitrogen phosphorous arsenic antimony bismuth
The order of conductivity from least conductive to most conductive among the elements listed is nitrogen (N), antimony (Sb), bismuth (Bi). Nitrogen is a non-metal and is not conductive, while antimony is a metalloids with limited conductivity, and bismuth, a metal, has higher conductivity than both.
Antimony is similar to elements such as arsenic and bismuth, as they all belong to Group 15 of the periodic table, known as the nitrogen group. These elements share similar chemical properties, including the ability to form covalent compounds and exhibit metalloid characteristics. Additionally, like antimony, both arsenic and bismuth can be found in various mineral forms and have applications in electronics, alloys, and pharmaceuticals.
The 15th group of elements in the periodic table is known as the Pnictogens or Nitrogen family. It includes nitrogen (N), phosphorus (P), arsenic (As), antimony (Sb), and bismuth (Bi). These elements share similar chemical properties, particularly in their ability to form compounds with five valence electrons.
Pentavalent antimony (SbV) acts as a stronger oxidizing agent than pentavalent bismuth (BiV) primarily due to its higher electronegativity and lower reduction potential. Antimony's ability to easily accept electrons makes it more reactive in oxidation-reduction reactions. In contrast, bismuth, being heavier and having a more stable electronic configuration, is less inclined to undergo reduction, making it a weaker oxidizing agent. Thus, the inherent properties of SbV allow it to oxidize other substances more effectively than BiV.
Bismuth has a lower boiling point than antimony because bismuth has a larger atomic radius and weaker metallic bonding, which makes it easier for bismuth atoms to escape into the gas phase at a lower temperature. Antimony, on the other hand, has a smaller atomic radius and stronger metallic bonding, requiring more energy to break the bonds and reach its boiling point temperature.
Lithium Sodium Magnesium Aluminium Potassium Calcium Vanadium Chromium Manganese Iron Cobalt Nickel Copper Zinc Gallium Strontium Molybdenum Silver Cadmium Tin Antimony Barium Tungsten Platinum Mercury Lead Bismuth Polonium Radium Uranium GOLD THORIUM Titanium Indium
ANTIMONY told IRON that ZINC has bought SILVER and GOLD, MOLYBDENUM says to CHROMIUM and TIN that LEAD, MERCURY and MANGANESE are useless, go find COPPER, COBALT and NICKEL to help BISMUTH.(ANTIMONY, IRON, ZINC, SILVER, GOLD, MOLYBDENUM, CHROMIUM, TIN, LEAD, MERCURY, MANGANESE, COPPER, COBALT, NICKEL)
nitrogen, phosphorus, antimony, bismuth
both
Phosphorus is in the Nitrogen family which includes: Nitrogen Phosphorus Arsenic Antimony Bismuth
Te (Tellurium)http://www.webelements.com/tellurium/
nitrogen phosphorous arsenic antimony bismuth
The 15th group elements are nitogen, phosphorus ,arsenic , antimony and bismuth.
aluminim Aluminum is not in group 15 of the Periodic Table. But, the only metal in group 15 is Bismuth. The symbol of Bismuth is Bi.
Nitride (of Nitrogen), Arsenide (of Arsenic), Antimonide (of Antimony), Bismuthide (of Bismuth) and Boride (of Boron)
Antimony is similar to elements such as arsenic and bismuth, as they all belong to Group 15 of the periodic table, known as the nitrogen group. These elements share similar chemical properties, including the ability to form covalent compounds and exhibit metalloid characteristics. Additionally, like antimony, both arsenic and bismuth can be found in various mineral forms and have applications in electronics, alloys, and pharmaceuticals.