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1 <br />' 100 W4 <br /> Mass=(1,005 ft2*40 feet)* (100pg/1)*(28 32 L/ft3)*(35 (1g/1,000,000 µg) <br /> =39 85 grams <br />' =0 04 kilogram(0 088 pound) <br />' 1,000 Eg/1' <br /> Mass= (650 ftz*40 feet)*(1,000 µg/1)* (28 32 L/ft3)* (35%)*(1g/1,000,000µg) <br /> =257 7 grams <br />' =0 258 kilogram(0 569 pound) <br /> 10,000 AWL <br /> Mass= (154 ftz*40 feet)*(10,000µg/I)*(28 32 L/ft3)*(35%)*(1g/1,000,000 deg) <br />' =610 6 grams <br /> =0 611 kilogram(1 35 pounds) <br />' Tota rMass in Ground Water <br /> Total mass =0 04 kg+0 258 kg+0 611 kg=0 91 kg(2 01 pounds) <br />' The calculation indicates that approximately 0 91 kilogram (2 01 pounds) <br /> of TPH-g remains in the ground water at the site This mass would be <br /> equivalent to approximately 2 to 3 pints of gasoline <br /> 1 <br /> 1 <br /> • <br />' ERM B-3 9343 50/LIPRR/11/06/02 <br />