\begin{abstract}
\textcolor{orange}{Jason}
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The Fermilab Muon \gmtwo\ Experiment is currently collecting and analyzing data, where it has the goals of measuring the muon anomaly with 140 parts-per-billion (\SI{}{ppb}) precision and electric dipole moment with at least 100 times more sensitivity than the previous measurement. The Fermilab experiment uses the refurbished and upgraded BNL Muon \gmtwo\ storage ring system, where these high precision measurements require a detailed understanding of the muon storage ring beam and spin dynamics for determining systematic corrections and uncertainties. The scintillating-fiber beam monitor, straw tracker, and calorimeter systems provide information about the storage ring beam, and detailed measurements and models of the storage ring guide fields have also been produced. The following discussion provides an overview of the Muon \gmtwo\ storage ring beam and spin dynamics, along with the associated systematic effects.

\end{abstract}
