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C14G1205Item7.txt 1/25/2006 338 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 equations are not meant to be plotted on here.. So don't think that the end of the arrow is a plot on the chart. Instead what I did is -- what the division did is we took the -- the frequency -- four separate frequencies on the horizontal axis and converted 2.0 g acceleration into a peak particle velocity. At these -- at a very low frequency of one hertz,' 2 g's of acceleration is equal to 123.1 inches per second peak particle velocity. So that flow meter at a one-hertz frequency of vibration could tolerate 123 inches per second peak particle velocity. Obviously the blasting level chart only allows .2 inches per second peak particle velocity at that frequency. So you can see it's several orders of magnitude tolerant of low-frequency vibration above and beyond what the quarry is going to be allowed to do in their blasting program. At four hertz, two g's is equal to 30.8 inches per second. At four hertz, the operator will be allowed vibrations of up to .75 inches per second. At 11 hertz, two g's acceleration is equal to 11.2 inches per second peak particle velocity. At that point -- at 11 hertz the operator is allowed 338 3215ained is estimated at 7.5 acres). Of the 7.5 acres, 6 acres would have been drill seeded (apprx 6% of task). Therefore, dollars and hours are at 6% of total task. Note 4: Task 132-The approval of PR3 decreased the acreage required to be seeded (approval of building, asphalt & laydown areas retained is estimated at 7.5 acres). Of the 7.5 acres, 1.5 acres would have been broadcast seeded (apprx 1.5% of task). Therefore, dollars and hours are at 1.5% of total task. Note 5: Task 135-All dollar amounts for this task are shown with location adjustment of .992 2