There are 8 isotopes of mercury but there are only 7 stable isotopes: 196, 198, 199, 200, 201, 202 and 204.
The exact atomic mass of an element cannot be predicted solely based on its position in the periodic table and can vary due to the presence of isotopes.
It is stable, although there are heavier isotopes that could be radioactive.
Bernard Radcliffe Mortimer has written: 'A further separation of the isotopes of mercury by evaporation and diffusion' -- subject(s): Isotopes, Mercury, Separation (Technology)
Mercury has isotopes ranging from an atomic mass of 171 to 210. Of these, only 7 are stable and a further 5 have halflives longer than a halfday. The radioactive isotopes are: 171 to 195, 197, 205 to 210. Two of the stable isotopes also have unstable excited forms.
Uranium deposits may contain infinitesimal amounts of technetium isotopes.
Well my text book states that there is only 8 isotopes in Mercury but if you are looking for the stables isotopes in Mercury they are only 7 stable isotopes which are 196,198,199,200,201,202,and 204.
Probably. From what I've read, it seems possible to fuse any nuclei you choose, as long as certain numbes add up right.
Mercury itself does not contain radiation. However, certain isotopes of mercury, such as mercury-197, can undergo radioactive decay and emit radiation. This isotope is not commonly found in nature, but can be produced in nuclear reactors.
Fluorine has 2 natural isotopes, 16 artificial isotopes and 1 artificial isomer.
Perhaps you should google "Mercury's atomic mass" I'm sure there are thousands of sites out there that could help you out. Or, if you're feeling adventurous, maybe you could look at a periodic table.
It has 10