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JOB# 2005-01 <br /> , � . . <br /> Measurement No. 2 Conducted By Peter Miller <br /> Location TP- 1 Date 11/6/2007 <br /> Weather Condition Cloudy Temperature 40's <br /> Horizon B <br /> Hole Depth 60 cm Measured (Actual) water level in hole <br /> Distance between reference level Initial 15 cm <br /> and soil surface + 2 cm Final 15 cm <br /> Distance from the hole bottom to Radius of the hole( r) 2.65 cm <br /> the reference level (D) = 62 cm <br /> Desired water depth in hole(H) - 15 cm <br /> Constant-head tube setting (d) = 47 cm <br /> Reservoir Used for Measurement of the Steady-State Flow Rate <br /> Flow Measuring Reservoir Only Conversion Factor(C.F.) = 20cm2 <br /> Both Flow Measuring and Main Reservoirs X Conversion Factor(C.F.) = 105cm2 <br /> (To obtain flow volume multiply change in water level by the appropriate C.F. from above.) <br /> Reservoir in a er <br /> Clock Time Reading Ot Levef Flow Volume Q Q K$et <br /> h:min cm min �m cm3 cm3/min cm3/hr cmlh <br /> 300 32.9 <br /> 305 32.1 5 0.8 84 17 1008 1.14 <br /> 310 31.5 5 0.6 63 13 756 0.85 <br /> 315 30.9 5 0.6 63 13 756 0.85 <br /> 320 30.3 5 0.6 63 13 756 0.85 <br /> Average of Last three measurements: K58t- 0.85 cm/h 5.03 9pd/ft <br /> z <br /> COMMENTS: <br />