None of the isotopes of xenon ordinarily found in nature is radioactive. Like all elements, xenon has synthetic radioactive isotopes.
Some isotopes of xenon do undergo radioactive decay to caesium.
There are 40 unstable isotopes (an element contained in xenon) that undergo radioactive decay.
It is rare and stable.
Plutonium is a radioactive chemical element; practically all plutonium is man made - in the nature plutonium is extremely rare.
Xenon was discovered in 1898 shortly after William Ramsay and Morris Travers discovered krypton and neon. Xenon is a trace element in the Earth's atmosphere. Xenon is found in atmosphere of planet Mars and Jupiter. Xenon can be forced into a solid metallic phase by extreme pressure, as much as several hundred kilobars. In its metallic state, xenon has a sky blue color. There are more than forty radioactive isotopes of xenon. Due to electrical excitement, xenon is used in high-powered lamps and flash lamps such as photography strobe lights. While inert and not readily reacting with other elements, xenon and oxygen compounds can be toxic and explosive.
Some isotopes of xenon do undergo radioactive decay to caesium.
There are 40 unstable isotopes (an element contained in xenon) that undergo radioactive decay.
It is rare and stable.
xenon is usually a waste product of nuclear reactors and although has power not that much
Nothing abnormal; radon is also a noble gas and radioactive.
Xenon gas even though it is not radioactive.
It came mostly from nova and supernova explosions. It was also produced by red giants which had burned up their hydrogen and entered the asymptotic giant phase.Nova explosions also produced radioactive isotopes and xenon can be produced by radioactive decay of iodine, uranium and plutonium.
Plutonium is a radioactive chemical element; practically all plutonium is man made - in the nature plutonium is extremely rare.
Xenon may cause lung cancer, according to some sources. However, the radioactive isotope Xe-133 is used in radiotherapy for cancer tumors. The element xenon is a non-metal that is a noble gas, and it has the atomic number of 54.
It came mostly from nova and supernova explosions. It was also produced by red giants which had burned up their hydrogen and entered the asymptotic giant phase. Nova explosions also produced radioactive isotopes of various other elements and xenon can be produced by radioactive decay of iodine, uranium and plutonium.
It depends on what you mean by "break". Xenon is a monatomic gas so you aren't going to have any molecular bonds to break in the gas. Most Xenon is composed of stable isotopes so it doesn't much 'break" by radioactive decay. You could bombard it with nuclear particles and cause it to either absorb them and "break" by being transformed into a heavier element, or absorb to become radioactive and then "break" by decay, or fission to produce lighter elements (this is the most difficult since a lot of xenon isotopes are such good neutron absorbers)
helium (He), neon (Ne), argon (Ar), krypton (Kr), xenon (Xe) and the radioactive radon (Rn)