Can You Solve These Differential Equations with Constants and Functions?

AI Thread Summary
The discussion revolves around solving a set of differential equations involving variables X and Y, with constants a, b, c, d, and a function f dependent on Y and E. The primary equations include dX/dt = a - b*X and dY/dt = b*(c*exp(-E) - Y) - d*exp(-E)*Y. A clarification was made regarding a typographical error where Z was mistakenly referenced instead of Y in the equation X = X0 + f(Y, E). The issue was resolved with this correction, allowing for a clearer understanding of the problem at hand.
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Hi!
I need your help for solving a couple of differential equation:

dX/dt = a - b*X

dY/dt = b*(c*exp(-E) - Y) - d*exp(-E)*Y

X = X0 + f(Y, E)

with X0, a, b, c and d are constants and f, a function of Z and E.

Thank you in advance
 
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A bit convoluted, this problem statement is. You have a differential equation for X $$
\dot x = a - bx
$$ and a regular equation, $$ x = x_0 + f(Y, E)$$ with ##z## appearing nowhere. Which is it ?
 
Oh yes, it is a mistake ! it is not Z but Y.
 
Problem solved!
Thanks!
 

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