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Population Growth • Let t = time in days. At t = 0, there were initially 20 bactería. Suppose that the bacteria doubles every 100 hours. Give an exponential model for bacteria as a function. y = yo(2)/r y = no. of bacteria at t Yo = initial no. of bacteria t = time of days %3D T = unit of time when it doubles

Population Growth • Let t = time in days. At t = 0, there were initially 20 bactería. Suppose that the bacteria doubles every 100 hours. Give an exponential model for bacteria as a function. y = yo(2)/r y = no. of bacteria at t Yo = initial no. of bacteria t = time of days %3D T = unit of time when it doubles

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Population Growth • Let t = time in days. At t = 0, there were initially 20 bacteria. Suppose that the bacteria doubles every 100 hours. Give an exponential model for bacteria as a function. y = y,(2)/r y = no. of bacteria at t Yo = initial no, of bacteria t = time of days T = unit of time when it doubles
Transcribed Image Text:Population Growth • Let t = time in days. At t = 0, there were initially 20 bacteria. Suppose that the bacteria doubles every 100 hours. Give an exponential model for bacteria as a function. y = y,(2)/r y = no. of bacteria at t Yo = initial no, of bacteria t = time of days T = unit of time when it doubles
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