All the isotopes of uranium are radioactive and unstable.
A stable, nonradioactive atom must be formed.
The most stable form of uranium (U-238) contains 92 electrons.
Uranium slowly decay to form the stable nucleus of Lead after a series of nuclear reactions.
Radium exist in very small concentrations in uranium ores but not in a metallic, pure form.
Uranium form chemical compounds with the majority of the other elements.
A stable, nonradioactive atom must be formed.
The most stable form of uranium (U-238) contains 92 electrons.
Uranium slowly decay to form the stable nucleus of Lead after a series of nuclear reactions.
Francium exist in uranium and thorium ores; the chemical form is not known.
Radium exist in very small concentrations in uranium ores but not in a metallic, pure form.
No. Phosphorus is reactive with oxygen, so it does not exist in elemental form in nature.
Plutonium exist in extremely low concentrations in uranium minerals; the chemical form is probably plutonium dioxide or a complex oxide with uranium.
They have completely filled valence electrons, hence are stable, chemically inert. So they exist as mono atomic species and not as molecules
It is not in a concentrated form of metal, but is usually in the form of uranium oxide.
The primary uranium ore mineral is uraninite (UO2) or pitchblende (UO3, U2O5), commonly collectively refered to as U3O8(the most stable form). A range of other uranium minerals can be found in various deposits.
In nuclear weapons plutonium exist as metal or as an alloy Pu-Ga; in nuclear fuels plutonium is as dioxide (mixed with uranium dioxide) or carbide (also possible mixed with uranium carbides).
Uranium and plutonium can form alloys.