The exponential equation describing the population at any time t with an initial population 70000 and doubling time 14 years is O P=70000 - 24/14 O P 70000 - 214/t O P 70000 - 2 t/14 O P 35000 - 24/14 70000 - 2-14/t

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section: Chapter Questions
Problem 51RE
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The exponential equation describing the population at any time t with an initial population 70000 and
doubling time 14 years is
O P= 70000 - 2/14
OP:
70000 - 214/t
70000 - 2 /14
O P
35000 - 24/14
P = 70000 .2-14/t
Transcribed Image Text:The exponential equation describing the population at any time t with an initial population 70000 and doubling time 14 years is O P= 70000 - 2/14 OP: 70000 - 214/t 70000 - 2 /14 O P 35000 - 24/14 P = 70000 .2-14/t
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