1. The problem statement, all variables and given/known data magine performing a counting experiment for 10 minutes, counting with a detector over 30 second intervals to determine the half-life of a radioactive sample. You obtain the data given in table 1. By approximating the activity at time ti, A(ti) by the counts measured over a minute interval Ci, show that the half-life can be obtained from the radioactive decay equation by: ln ci/delta(t) = ln(lambda*N0)-lambda*ti . How can I obtain this equation from the original decay equation N(t)=N0*e^(lambda*t)? 2. Relevant equations N(t)=N0*e^(lambda*t)? 3. The attempt at a solution I am not sure how to use the general decay equation to obtain the equation in problem statement. I tried solving for lambda and plugging the half-life equation but not sure how to use it. Any help is appreciated.