Mathematics, 06.06.2020 13:57 mecennabosaaen
A population of bacteria is initially 6000. After three hours the population is 3000. If this rate of decay continues, find the exponential function that represents the size of the bacteria population after t hours. Write your answer in the form f(t)=a(b)t.
Answers: 1
for 
in 
![= 6000 [(\frac{1}{2}) ^1^/^3]^t](/tpl/images/0678/6008/2fb4d.png)
![= 6000 [\frac{1}{2}] ^t^/^3](/tpl/images/0678/6008/9c890.png)
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A population of bacteria is initially 6000. After three hours the population is 3000. If this rate o...
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