A radioactive isotope decays as ._(Z)A^(m) rarr ._(Z-2)B^(m-4) rarr ._(Z-1)C^(m-4) The half lives of A and B are 6 months respectively. Assuming that initially only A was present, will it be possibel to achieeveradioactive equilibrium fo B? If so, what would be the ratio ot A and B? If so, what wouldhappen if the half-livesfor A and B were 10 months adn 6 months respectively?

A radioactive isotope decays as ._(Z)A^(m) rarr ._(Z-2)B^(m-4) rarr ._

1.	A radioactive isotope decays as ._(Z)A^(m) rarr ._(Z-2)B^(m-4) rarr ._(Z-1)C^(m-4) The half lives of A and B are 6 months respectively. Assuming that initially only A was present, will it be possibel to achieeveradioactive equilibrium fo B? If so, what would be the ratio ot A and B? If so, what wouldhappen if the half-livesfor A and B were 10 months adn 6 months respectively?
Answer» ANSWER :`0.6, 1.66`