The activity is
"A(t)=A_0\\text{exp}\\bigg(-0.693\\frac{t}\\tau\\bigg)." Express time:
"t=\\tau\\frac{\\text{ln}[A_0\/A(t)]}{0.693}." Substitute activity at time "t" and calculate the corresponding time:
"(a)\\space t=1.35\\text{ h},\\\\\n(b)\\space t=13.5\\text{ h},\\\\\n(c)\\space t=40.5\\text{ h}."
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