Noble gases belong to group 0 and can be found on the extreme right column of the Periodic Table of elements. The heaviest noble gas would be radon, whose Atomic Mass is still uncertain. The element which appears below radon in the column, ununoctium, has not been confirmed as a noble gas.
Radon is the name of the heaviest noble gas.
Radon is the heaviest of the inert gases. The inert gases are also known as the noble gases and are the lightest elements.
Noble gases belong to group 0 and can be found on the extreme right column of the periodic table of elements. The heaviest noble gas would be radon, whose atomic mass is still uncertain. The element which appears below radon in the column, ununoctium, has not been confirmed as a noble gas.
Down the group the density generally increases. Thus radon will be the heaviest element.
The heaviest gas at: 293.15º K is WF6, or Tungsten Hexafluoride.
Radon is one of the noble (inert gases), is radioactive (half-life of about 4 days, decaying to polonium), and is naturally occurring in relatively small quantities. Whether or not it is the heaviest of this group, I am not sure...perhaps someone else can verify.
Radon is the heaviest member of the noble gases group.Position in the Mendeleev periodic table of the elements: group 18, period 6, block p.
heaviest, heavier
Radon is the heaviest member of the noble gases group.Its position in the Mendeleev Periodic Table of Elements is group 18, period 6, block p.
It depends on what you mean by great. If you mean most massive, then radon has the biggest naturally occurring ones. ( However element 118 has been made artificially). If you mean the most common, then it is argon.
The heaviest gas at room temperature ( 75º F, 293.15º K) is WF6, or Tungsten Hexafluoride (297.83 g/mol, that's almost 10 times heavier than air!). It changes phase (becomes liquid) at 290.25º K, or about 62.78º F.
Heaviest