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\section{Project Topic}
-Our group will be working on the Mystery Circuit Modelling Scenario
-from SIMIODE. This entails applying both Kirchhoff's Voltage Law and
-Kirchhoff's Current Law to the given two loop RLC circuit and imposing
-intitial conditions in order to form intial value problems to
-mathematically model the mystery circuit.
+Our group will be working on the \link{Mystery Circuit Modelling
+Scenario from SIMIODE}{https://simiode.org/resources/3187/download/4-23%
+-S-MysteryCircuit-StudentVersion.pdf}. This applies Kirchhoff's Voltage
+and Current Laws to the given circuit, which describe, respectively,
+that the sum of all voltages in a closed loop is zero and the sum of all
+currents at a node is zero. The circuit we're examining is an RLC
+(resistor, inductor, capacitor) circuit, with zeroed initial conditions.
+The specific circuit has two linked loops of resistors and capacitors,
+in which ``gain,'' the ratio between chosen voltage differentials in the
+circuit can be modeled mathematically.
\section{Further Exploration}