*electroplaques*. It is discovered that a typical eel contains \(140\) rows of \(5000\) electroplaques, where each electroplaque is capable of generating an EMF of \(0.15\) volts. The internal resistance of an electroplaque is approximately \(0.25\ \Omega\). If the water surrounding the eel has a resistance of \(800\ \Omega\), how strong is the maximum current (in Amperes) produced by the electric eel in the water?

This is my favourite circuits problem from *Fundamentals of Physics* by Halliday, Resnick, Walker.

**Clarification:** There are \(140\) rows with \(5000\) electroplaques, and each row is connected **in parallel**.

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