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<br />CONVERSION TABLE <br /> <br />The inch.pound units used in this report may be converted to SI (Interna- <br />tional System of Units) by use of the fOllowing conversion factors: <br /> <br />Multiplg inch.pound unit <br /> <br />acre foot (acre-ft) <br />acre foot per year (acre-ft/yr) <br />cubic foot pe.r second (ft3/s) <br />foot (ft) <br />foot per foot (ft/ft) <br />inch (in.) <br />inch per year (in./yr) <br />mile (mi) <br />square foot (ft2) <br />square mile (mi2) <br />ton (short) <br />ton per day (ton/d) <br />ton per year (ton/yr) <br /> <br />Bf} . <br />0.001233 <br />0.001233 <br />0.02832 <br />0.3048 <br />1. 000 <br />25.40 <br />25.40 <br />1. 609 <br />0.0929 <br />2.590 <br />0.9072 <br />0.9072 <br />0.9072 <br /> <br />To obtain 51 unit <br /> <br />cubic hectometer <br />cubic hectometer per year <br />cubic meter per second <br />meter <br />meter per meter <br />mi 11 imeter (mm) <br />millimeter per year <br />kilometer <br />square meter <br />square kilometer <br />metric ton <br />metric ton per day <br />metric ton per year <br /> <br />To convert degrees Celsius (OC) to degrees Fahrenheit (OF) use the following <br />formula: (OC~9/5)+32=oF. <br /> <br />Suspended-sediment concentrations are given only in milligrams per liter <br />(mg/L) because these values are (within the range of values presented) <br />numerically equal to concentrations e~pressed in parts per million. <br /> <br />LIST OF SYMBOLS <br /> <br />Af = Cross sectional area of flow (ft2) <br />5 = Mean depth of flow (ft) <br />Q = Instantaneous water discharge (ft3/s) <br />Qs = Sediment discharge (tons/daY) <br />R = Correlation coefficient <br /> <br />R2 = Coefficient of determination <br /> <br />SE = Standard error of estimate <br /> <br />W = Channel width (ft) <br /> <br />d = Median particle grain size (mm) <br />50 <br />n = Sample size <br /> <br />a = Mean velocity of flow (ft/s) <br /> <br />v <br />