It is rare and stable.
None of the isotopes of xenon ordinarily found in nature is radioactive. Like all elements, xenon has synthetic radioactive isotopes.
Plutonium and xenon are radioactive elements. Plutonium is a synthetic element, while xenon occurs naturally but can also be produced synthetically. Barium and cesium are not synthetic elements but can have radioactive isotopes.
Some isotopes of xenon do undergo radioactive decay to caesium.
Most isotopes of Xenon are stable and so do not decay. The shortest lived isotope has a half life of more than 10^16 (10 quadrillion) years.
Yes, it can combine with fluorine and oxygen, but bot very easily.
None of the isotopes of xenon ordinarily found in nature is radioactive. Like all elements, xenon has synthetic radioactive isotopes.
Plutonium and xenon are radioactive elements. Plutonium is a synthetic element, while xenon occurs naturally but can also be produced synthetically. Barium and cesium are not synthetic elements but can have radioactive isotopes.
Some isotopes of xenon do undergo radioactive decay to caesium.
Most isotopes of Xenon are stable and so do not decay. The shortest lived isotope has a half life of more than 10^16 (10 quadrillion) years.
Yes, it can combine with fluorine and oxygen, but bot very easily.
Solid xenon is a state of xenon where the atoms are locked into a fixed position, forming a crystalline structure. It is a rare and stable solid that is typically translucent or white in color. Solid xenon has various applications in cryogenics, optics, and research.
Yes, xenon is a rare and inert gas that occurs in trace amounts in Earth's atmosphere, at a concentration of about 0.000009%. It is produced by the radioactive decay of radon gas and is also released during volcanic activity.
Radioactive isotopes are not stable.
Xenon has a hexafluoride, which is xenon hexafluoride (XeF6). Argon does not have a stable hexafluoride compound.
All rare earth elements except promethium have at least one stable isotope.Natural-abundance samples of lanthanum, cerium, neodymium, samarium, europium, gadolinium, erbium, ytterbium, and lutetium are all technically "radioactive" in that they contain measurable amounts of radionuclides, but the half-lives of these nuclides are mostly in the hundreds of millions of years or longer (in some cases much longer).
It is stable, although there are heavier isotopes that could be radioactive.
argon and xenon are the rare gas