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 —

 
Tipo de recurso
Actividad
Etiquetas
bacteria  change  decay  decreasing  dependent  exponential  function  growth  increasing  independent  population quantity rate rateofchange y-intercept Mostrar más…
Grupo destino (edad)
14 – 18
Idioma
English
 
 
Versión de GeoGebra
4.4
Vistas
2248
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