How Is Gold Formed?


Gold, like all other soupcon in the universe heavier other than lithium, is created in stars, by the process of nuclear fusion. Nuclei capture a helium-4 sprig and fuse with it into a greater elment.
Q&A Related to "How Is Gold Formed?"
Gold is a precious metal. Gold is an element typically found deep inside the Earth. When tectonic plates move and collide, new mountain ranges form and gold is brought closer to the
Gold is not "formed" in rock so much as it will tend to concentrate under certain geologic conditions. We see evidence of gold grains in some rivers, and nuggets in some
Clouds form when water from lakes, rivers, even puddles evaporate into the air into water vapor. As this water vapor rises, it mixes with dust in the air and also begins to cool.
How is gold mined? Although gold is one of the world's most precious commodities, the process of finding gold is hardly glamorous. Gold mining conjures up the image of a person wading
2 Additional Answers
Gold's atomic number of 79 makes it one of the higher atomic number elements which occur naturally. Like all elements with atomic numbers larger than iron, gold is thought to have been formed from a supernova nucleosynthesis process. Their explosions scattered metal-containing dusts (including heavy elements like gold) into the region of space in which they later condensed into our solar system and the Earth.
Gold is a naturally forming element, not a man made one. It forms over thousands of years within the earths surface, where it is mined and enjoyed by millions.
Explore this Topic
Gold is formed from condensed elements that flow through the heat from the core of the earth. It is transported through the water and collects. ...
Gold bullion is a piece of gold bar having twenty two to twenty four karat purity. This is usually gold in its purest form and is usually used as a raw material ...
Gold is made up of ores. Gold ore are often found together with quartz or sulphide minerals such as pyrite. Native gold is mined in the form of free flakes, grains ...
About -  Privacy -  Careers -  Ask Blog -  Mobile -  Help -  Feedback  -  Sitemap  © 2014