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A B C D E F G H I J K L <br /> 1 <br /> 2 Table 3: Mass Balance Calculation Formulas <br /> 3 Former Moresco Property <br /> 4 16865 Gawne Rd, <br /> 5 Project No.251.3 <br /> 6 <br /> 7 <br /> 8 <br /> 9 Soil <br /> 10 radius area* volume density** conv. cont load conv. cont. <br /> 11 layer depth-ft zone thickness (ft) r2 x 3.14 ft3 Ibslft3 lbs/kg mg/kg mg/kg kg <br /> 12 2"C" 20 to 40 core 20 8 E12*E12*3.14159 D12-F12 101.5 0.4536 1622 0.000001 G12'H12*112*J1 <br /> 13 2"R" 20 to 40 ring 20 20 (E13*E13*3.14159)-F12 D13-F13 101.5 0.4536 0.63 0.000001 G13*113*.113*K13*L13 <br /> 14 <br /> 15 vol of H2O*** vol H2O cont load cont load <br /> 16 ft3 liters mg/L _ kg!L <br /> 17 groundwater 0 to 0 water table 0 0 0 0.0 0 0 0 0.00 <br /> 18 <br /> 19 Soil Gas air vol in <br /> 20 vadose zone air vol cont load cont.load <br /> 21 ft3 liters mg/L kg/L <br /> 22 1 "C" 0 to 20 core 20 7 F20*F20*3.14159 G20*E20 (E20'G20)*0.4 120*28.3168 0.0096 K20*0.000001 J20*L20 <br /> 23 <br /> 24 <br /> 25 <br /> 26 <br /> 27 total gallons:adsorbed+gaseous = kg= SUM(L12:L2W <br /> 28 <br /> 29 lb= L27*2.205 <br /> 30 <br /> Notes: gal=I L29/6.2 <br /> r=radius <br /> "C"=core zone <br /> "R"=ring zone <br /> '=area of core(3.14x"C"r2) <br /> area of outer ring(3.14x"R"r2-(3.14x"C"r2)) <br /> *'=reference-Perry's Chemical Engineers'Handbook,6th Edition, 1984 <br /> air Vol=area x thichness x porosity(assume 40%) <br /> �eologicolTc�lrnrcr Inc <br /> 4/8/9a <br />