How the radioactive decay depends on total mass of the element?

AI Thread Summary
Radioactive decay is independent of the total mass of the element, as atoms decay independently without requiring contact with one another. When decay occurs independently, it follows a simple probability rule. The environment can influence decay rates, as seen with beryllium-7, which has a half-life of 53 days and can have its lifetime altered by different conditions or crystal lattices. Thus, while mass does not affect decay, external factors can have a slight impact on the decay process. Overall, the fundamental nature of radioactive decay remains consistent across different atomic environments.
sanjibghosh
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how the decay depends on total mass of the radioactive element?
is it necessary that all the atoms of the element keep contact among them, for the above case?
 
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Hi sanjibghosh! :smile:

If there's no chain reaction, then the atoms decay independently, and so it doesn't matter where the individual atoms are :wink:
 
ok ,when the atoms decay independently then they follow simple probability rule (?).
 
sanjibghosh said:
ok ,when the atoms decay independently then they follow simple probability rule (?).

yes :smile:
 
thank you 'tiny-tim'
 
In the case of beryllium 7 (proton rich nucleus), which decays by the capture of an atomic electron from the K-shell (53 day half life), the lifetime can be changed slightly by putting it in different environments. or by putting it in a crystal lattice.
 
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