The differential equation governing the decay of a certain radioactive substance through time is dq :-15qt* dt where g is the amount of radioactive substance and t is the time. At time t = 0, the...


The differential equation governing the decay of a certain radioactive substance through time is<br>dq<br>:-15qt*<br>dt<br>where g is the amount of radioactive substance and t is the time. At time t = 0, the initial amount of radioactive<br>substance present is q = Qo, determine the remaining amount of the radioactive substance in the form of the<br>explicit function q = f(t).<br>

Extracted text: The differential equation governing the decay of a certain radioactive substance through time is dq :-15qt* dt where g is the amount of radioactive substance and t is the time. At time t = 0, the initial amount of radioactive substance present is q = Qo, determine the remaining amount of the radioactive substance in the form of the explicit function q = f(t).

Jun 05, 2022
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