The University of Pittsburgh's CEBAF group is currently working on the CLAS scattering project. The goal is to uncover the mysteries of the quark structure of baryons (protons and neutrons) using an electron beam at 4GeV to liberate particles from a liquid hydrogen target. The CLAS group is able to collect several variables of data (velocity, direction, momentum) simultaneously and the data is used to make predictions about the order and nature of quarks. The CLAS detector uses several detectors with which to measure these variables of data. The main detector used in tracking the course of the particle as it travels through the detector is a device called a drift chamber. Since the variables measured by the drift chamber are so important to the data, the accuracy of its tracking is extremely important. Therefore, an efficiency of the drift chamber apparatus within CLAS will be a very beneficial study.