How did beryllium get where it is now?

Answer 1

By blowing Lithium, duh. Seriously though, I'm guessing you mean why is beryllium such a prominent material in modern technology, not why it has atomic number 4 on the Periodic Table... which is because it has 4 protons in its nucleus. The answer to this is due to beryllium's extraordinary physical properties. Its very low density, along with a melting point of 1278 C and an ability to remain stable at high temperatures while resisting thermal expansion make beryllium ideal for use in alloys, especially in the fields of aeronautics and particle physics, where its capability for withstanding many types of radiation is of vital importance.

Answer 2

Beryllium was formed through stellar nucleosynthesis in the cores of stars, undergoing fusion reactions. Through processes such as supernovae explosions, beryllium atoms were then ejected into the universe. Over time, some of these atoms accumulated and eventually became incorporated into the Earth's crust through various geological processes.

Answer 3

Beryllium is produced especially in United States, China and Kazakhstan.

Answer 4

Beryllium is in the second group [aka column] in the periodic table, which is the Alkaline Earth Metals group or the IIA group.