= 200 GeV Collisions*

In 2019, the STAR experiment at Brookhaven National Laboratory collected data for √s_NN = 200 GeV Au-Au collisions.  Using this data, we investigate the existence of a path-length dependent energy loss mechanism for charged-particle jets.  Jets are reconstructed using the anti-k_T algorithm with a resolution parameter of R=0.4.  The method of Event-Shape Engineering is utilized to select on events with the 10% highest and lowest eccentricity for various centrality classes.  This is determined by calculating the second-order reduced flow harmonic, q₂, using charged particle tracks measured by the STAR time projection chamber (TPC).  We compare the yields of jets reconstructed in-plane vs. out-of-plane with respect to the event plane angle of the events.  We find that there exists a suppression of out-of-plane jets with respect to in-plane jets for various centrality classes and p_T bins.  These results agree with Pb-Pb studies performed at the Large Hadron Collider at higher energies.  This suggests a universal azimuthal anisotropy of jet yields for eccentric events at both high and low √s_NN energies.