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exponential decay
y’ = k(y-b)
y=Ce^(kx)+b
b is surrounding temp
C = initial difference between surrounding temp and initial temp
logistic growth
|dP/dT = kP(1-P/M)
P = M / (Ae^(-kt)+1)
P=population
k = rate
M = carrying capacity
A = (CARRYING CAPACITY - INITIAL POPULATION) / INITIAL POPULATION
MOPOP
first order linear equation
y’ + P(x) y = Q(x)
y = int( a(x) * Q(x) ) / a(x)
where
a(x) = e^(int P(x))
euler’s method table
x, y, dy/dx, delta y = slope * delta x