4. Under favourable conditions, the rate of change of the population of a certain bacterium is directly proportional to the size of the population. Suppose that, on a particular day at 10h30, there are 100000 bacteria and that, by 11h00, the population had doubled in size. (a) Model this phenomenon with a first order ordinary differential equation, using P to denote the population size. (b) Solve the equation in (a) and express P in terms of time t. (c) Calculate how long it will take for the population to reach 550000 bacteria.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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4. Under favourable conditions, the rate of change of the population of a certain bacterium is directly proportional
to the size of the population. Suppose that, on a particular day at 10h30, there are 100000 bacteria and that, by
11h00, the population had doubled in size.
(a) Model this phenomenon with a first order ordinary differential equation, using P to denote the population
size.
(b) Solve the equation in (a) and express P in terms of time t.
(c) Calculate how long it will take for the population to reach 550000 bacteria.
Transcribed Image Text:4. Under favourable conditions, the rate of change of the population of a certain bacterium is directly proportional to the size of the population. Suppose that, on a particular day at 10h30, there are 100000 bacteria and that, by 11h00, the population had doubled in size. (a) Model this phenomenon with a first order ordinary differential equation, using P to denote the population size. (b) Solve the equation in (a) and express P in terms of time t. (c) Calculate how long it will take for the population to reach 550000 bacteria.
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