There are no known commercial or economic uses for the element Berkelium.
The half life of the most important isotope of berkelium - 247Bk - is 1 380 years.
Berkelium is extremely rare, radioactive and unstable; berkelium is not for sale.
Berkelium has the valences 3+ and 4+.
Berkelium has 97 electrons, which means it has 7 electron shells.
The formula for berkelium (VI) carbonate is Bk(CO₃)₃. In this compound, berkelium has a +6 oxidation state, and there are three carbonate (CO₃) ions associated with each berkelium ion to balance the charge.
Berkelium has only scientific applications - it is a raw material for the preparation of heavier artificial elements.
Berkelium is a solid metal, man made, radioactive, dense, without practical uses now, atomic number 97, chemical symbol Bk, etc.
Berkelium does not have any known important role in agriculture. It is a radioactive element with very limited practical applications due to its rarity and instability.
Berkelium currently has no uses except for scientists to use for basic research.
The half life of the most important isotope of berkelium - 247Bk - is 1 380 years.
Some berkelium nuclear properties are: - berkelium is radioactive and unstable - berkelium has 26 isotopes and isomers - the electron configuration is [Rn]5f97s2 - berkelium has 97 protons in the nucleus; the number of neutrons is different for each isotope - during disintegration berkelium emit alfa particles, electrons or positrons
berkelium is synthetic
berkelium is american
some people have it in there skelitol systom
Berkelium is a radioactive metal that is silvery-white in color. It is a rare earth element and is typically found in trace amounts in nature. Berkelium is highly reactive, especially in its divalent state.
Berkelium is extremely rare, radioactive and unstable; berkelium is not for sale.
Berkelium is a radioactive element with the atomic number 96. No practical uses for berkelium have been found and the small amounts that have been created have been used exclusively for scientific research.