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The title of this article is conjectural. While the information presented in this article is canonical, the article subject lacks an official name, thus the title is a conjecture.

"This [problem] has been particularly frustrating, and yet Chloe ... she solved it in a minute flat. Whatever alien influence she's under, it's studying this ship."
Nicholas Rush[src]
Chloe eqn2

Chloe Armstrong's equation was the first mathematical problem that Chloe Armstrong, under the influence of the Nakai pathogen, solved for Dr. Nicholas Rush. (SGU: "Pathogen")

The problem, with its accompanying solution, is:

$ -\int g \sin\gamma \,dt = -\ddot{r}t \sin\gamma. $

NotesEdit

In integral calculus, it is trivial that

$ \int f(x) \,dt = t \cdot f(x) $


$ \frac{d}{dt}\left[t \cdot f(x)\right] = f(x). $

Dr. Rush, having completely mastered calculus, should have realized that

$ -\int \lambda \sin\gamma\,dt = -\lambda t \sin\gamma. $

Thus, it is assumed that the solution to Chloe's equation is dependent on the fact that

$ \lambda := \ddot{r}. $

However, during integration, constant variables should be ignored. Thus, it is assumed that the presence of $ t\! $ somehow allowed for $ g \mapsto \ddot{r} $.

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