Example 3

A number of bacteria, [math]f(t)[/math], at any time [math]t[/math], in hours, can be estimated using the function [math]f(t) = 3000(1.24)^t[/math]. Determine the [math]y[/math]-intercept of the function and describe what it means in terms of this situation. Is the bacteria population exponentially decaying or growing?

 

Walch Education

 
Type de ressources
Activité
Balises
bacteria  change  decay  decreasing  dependent  exponential  function  growth  increasing  independent  population quantity rate rateofchange y-intercept Voir davantage …
Tranche d'âges
14 – 18
Langue
English
 
 
Version GeoGebra
4.4
Vues
1901
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