Question: Given a 3-compartment first-order kinetic model, and ending with 10 15 atoms of the 2 nd progeny (3 rd compartment) after 100 hours, use Bateman

Given a 3-compartment first-order kinetic model, and ending with 10¹⁵ atoms of the 2^nd progeny (3^rd compartment) after 100 hours, use Bateman equations to predict the number of atoms in the 1^st compartment at time zero. The half-life of transfer from the 1^st to 2^nd compartment is 15 hours, the half-life of transfer from the 2^nd to 3^rd compartment is 30 hours, and the half-life of transfer out of the 3^rd compartment is 25 hours.Given a 3-compartment first-order kinetic model, and ending with 10¹⁵ atoms of the 2^nd progeny (3^rd compartment) after 100 hours, use Bateman equations to predict the number of atoms in the 1^st compartment at time zero. The half-life of transfer from the 1^st to 2^nd compartment is 15 hours, the half-life of transfer from the 2^nd to 3^rd compartment is 30 hours, and the half-life of transfer out of the 3^rd compartment is 25 hours.

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