Is there a way to simplify my chemical system model?

AI Thread Summary
The discussion centers on simplifying a complex chemical system model for a chemistry report. The user presents a formula for SQ and expresses frustration over the complexity of substituting it into a differential equation. Suggestions include working with SQ in its symbolic form rather than substituting it directly, as this may help manage the complexity. However, the user notes that certain terms cannot be canceled due to their nature as single terms. Ultimately, the challenge of dealing with complicated equations is acknowledged as a common aspect of chemistry modeling.
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I'm doing a chemistry report and I'm attempting to model a chemical system. However, the formulae I'm coming up with looks rather ugly and complicated I was wondering if there was any way I could simplify it. I can't see any way though.

I have come up with:
SQ = \sqrt{\frac{CL^2 + 2CL + 1}{4CD^2} + \frac{2TC}{CD}}

Now that doesn't look too bad, but then I've got to subsitute it into this:
\frac{dR}{dt} = \frac{1}{2} + \frac{1 + CL}{4CD\cdot SQ} \cdot \frac{dTG}{dt}

Which to me looks horrible. Can anyone help? I am confident at doing the subsitution, but I think that its gona look rather ugly.
 
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i don't really see any obvious simplification, becides cancling the C's in the second part of the sqrt. sometimes nasty squations are a part of life. The best advice I can offer is to work as much as you can using SQ in the equation instead of actually writing in what SQ is, and then substituting it in when possible.

~Lyuokdea
 
Unfortunatly CL and CD etc are single terms, so the C's cannotbe canceled :(. Thanks anyway :D
 
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