(4) (a) Derive the solution MPO P(t) = Po+(M-Po)ek Mt of the extinction-explosion initial value problem P' = kP(P - M), P(0) = Po- (b) How does the behavior of P(t) as t increases depend on whether 0 < Po M?

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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(4) (a) Derive the solution
MPO
Po+(M-Po)ek Mt
P(t):
of the extinction-explosion
initial value problem P' = kP(P-M), P(0) = Po-
(b) How does the behavior of P(t) as t increases depend on whether 0 < Po < M or Po > M?
Transcribed Image Text:(4) (a) Derive the solution MPO Po+(M-Po)ek Mt P(t): of the extinction-explosion initial value problem P' = kP(P-M), P(0) = Po- (b) How does the behavior of P(t) as t increases depend on whether 0 < Po < M or Po > M?
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