Problem 1. The differential equation dt = kyl+c, for k, c positive constants, is called a doomsday equation. (a) What is the general solution to this differential equation? (b) Suppose a particularly prolific population of rabbits grows in accordance with the differential equation y' = kyl.01 This warren has two rabbits initially, and 16 rabbits after three months. When and how will the world end?

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dy
Problem 1. The differential equation
= ky'+c, for k, c positive constants, is called a doomsday equation.
dt
(a) What is the general solution to this differential equation?
(b) Suppose a particularly prolific population of rabbits grows in accordance with the differential equation
y' = ky'.01
This warren has two rabbits initially, and 16 rabbits after three months. When and how will the world end?
Transcribed Image Text:dy Problem 1. The differential equation = ky'+c, for k, c positive constants, is called a doomsday equation. dt (a) What is the general solution to this differential equation? (b) Suppose a particularly prolific population of rabbits grows in accordance with the differential equation y' = ky'.01 This warren has two rabbits initially, and 16 rabbits after three months. When and how will the world end?
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