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1 <br /> (5) q = -k x (hydraulic gradient) <br />' Based on equations (2), (3), and (4), the mass of water can be determined as <br /> (6) m = (abq) x (density of water) <br /> Combining equations (1) and (6), we attain the following relationship to determine the <br /> potential contaminant concentration (c), <br /> r (7) c = m�[(abq) x (density of water)]. <br /> When we replace a, b, and q with their appropriate values and insert the annual mass loading <br /> (mc) from our model output into formula (7), the concentration for each chemical is <br />' calculated The results are shown in Tables 5 and 6, and depicted in Figures A-2 through A- <br /> 9 The model input files are provided in Appendix C and the output summaries are given in <br />' Appendix D <br /> 1 <br /> r <br /> r <br /> r <br /> r <br /> r <br /> i <br /> MZJ04-06-95/UST/95-0089 APP 2 <br />