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Table 8. SLOPEM lope Stability Anal sis Results <br /> Bench Face Intermediate #Benches above Intermediate <br /> Bench Height Bench Width SLOPE/W Safety <br /> Case , Angle Bench Elevation Intermediate Bench Width <br /> (ft) (o) (ft) (ft, NAVD88) Bench (ft) Factor of System <br /> 1 70 90 30 7000 14 100 4.51 <br /> 2 70 90 30 7000 3 100 1.38 <br /> 3 70 90 30 7000 14 50 4.43 <br /> 4 70 90 30 7000 3 50 1.36 <br /> 5 70 90 30 7000 14 40 4.27 <br /> 6 70 90 30 7000 3 40 1.30 <br /> 7 70 90 30 7000 14 30 4.26 <br /> 8 70 90 30 7000 3 30 1.29 <br /> 9 70 90 30 N/A N/A N/A N/Al <br /> 10 70 90 30 N/A N/A N/A 3.68 <br /> 11 70 90 25 7000 14 25 4.18 <br /> 12 70 90 25 7000 3 2S 1.38 <br /> 13 70 90 2S N/A N/A N/A N/Al <br /> 14 70 90 25 N/A N/A N/A 4.39 <br /> 15 70 90 30 6650 19 100 4.58 <br /> 16 70 90 30 6650 19 100 1.47 <br /> 17 70 90 30 6650 19 50 4.61 <br /> 18 70 90 30 6650 19 50 1.54 <br /> 1 All benches above El. 7000 ft have a height of 40 ft, an angle of 90°, and a bench width of 40 ft. <br /> 2 For Cases 9 and 13, SLOPE/W was unable to calculate a realistic slip surface. <br /> 3 No intermediate bench modeled. <br /> Aggregate Industries Morrison Quarry GEI Consultants, Inc. <br /> AM-06 Geotechnical Stability Exhibit 33 August 2018 <br />