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<?xml-stylesheet type="text/xsl" href="http://www.geosystemsoftware.com/styles/gs4calcs.xsl"?>
<GEOTECHNICAL_PROJECT>
  <IDENTIFIER></IDENTIFIER>
  <NAME></NAME>
  <DATE/>
  <GEOTECH_ML_VERSION>1.0</GEOTECH_ML_VERSION>
  <PROJECT_DETAILS>
    <CLIENT>Client</CLIENT>
  </PROJECT_DETAILS>
  <SITE_INVESTIGATION>
    <IDENTIFIER/>
    <NAME/>
    <DATE/>
    <DIMENSION_UNITS Units="US"/>
    <GROUND_INVESTIGATION>
      <IDENTIFIER/>
      <NAME/>
      <DATE/>
      <BOREHOLE>
        <IDENTIFIER>Source 1</IDENTIFIER>
        <HOLE_DETAILS><LOCATION_IN_PROJECT></LOCATION_IN_PROJECT></HOLE_DETAILS>
        <SAMPLES>
          <SAMPLE>
            <TOP></TOP>
            <IDENTIFIER></IDENTIFIER>
            <TYPE/>
            <SAMPLE_DETAILS>
              <DESCRIPTION>Hydrometer with no sieve</DESCRIPTION>
              <DATE></DATE>
            </SAMPLE_DETAILS>
          </SAMPLE>
        </SAMPLES>
        <LABORATORY_TESTS>
          <GS_DATA>
            <SAMPLE_IDENTIFIER></SAMPLE_IDENTIFIER>
            <DEPTH></DEPTH>
            <GSTestSettings>
              <SpecEnvelope name="ASTM C 33 - 3/4&quot; Aggregate"/>
              <SieveSizesList name=""/>
              <MaxDensitySieve>
                <OpeningSize readable_size="" units="IN."/>
              </MaxDensitySieve>
              <ChartOmitsCurve set="no"/>
              <ParticleBreakdown set="USCS without coarse/medium/fine divisions"/>
              <HydrometerTestSettings>
                <OpeningSize readable_size="#200" units="IN."/>
                <Consts151h a=".2645" b="16.294964"/>
                <Consts152h a="0.164" b="16.294964"/>
                <Using151h set="yes"/>
                <AutoTempCorr corrAt20C=""/>
              </HydrometerTestSettings>
              <SieveTestSettings>
                <Test style="cumulative"/>
              </SieveTestSettings>
            </GSTestSettings>
            <SieveTest>
              <WashTest>
                <SampleWt>10
                  <Tare id="" wt="0"/>
                </SampleWt>
                <PercentFiner>16.2479</PercentFiner>
                <CALCDOC>
<D>     percent minus #200 from wash = (sample weight - after-wash weight)/sample weight*100</D>
<D>     percent minus #200 from wash = (11.94 - 10.00)/11.94*100 = 16.25</D>
</CALCDOC>

              </WashTest>
              <Sample>
                <SampleWt>14.81
                  <Tare id="" wt="2.87"/>
                </SampleWt>
                <CumulativePan>
                  <Tare id="" wt="2.87"/>
                </CumulativePan>
              </Sample>
            </SieveTest>
            <HydrometerTest>
              <Hydrometer type="151H" a=".2645" b="16.294964"/>
              <LinearTempCorr>
                <Points>
                  <Point temp="20" corr="-2.5"/>
                  <Point temp="22" corr="-2.2"/>
                </Points>
              </LinearTempCorr>
              <HygroscopicMoisture>
                <MOISTURE_DATA wet="140.5" dry="128.7" tare="41.1" tarename="" moist="13.5"/>
              </HygroscopicMoisture>
              <MeniscusCorrection val=".6"/>
              <SampleWt val="58.9"/>
              <PercentPassingSplit val="16.2"/>
              <SpecificGravity val="2.65"/>
              <Reading reading="27.9" timeMin="1" tempC="22">
                <OpeningSize sizemm="0.039397"/>
                <PercentFiner>12.9199</PercentFiner>
                <CALCDOC>
<D>     Hygroscopic moisture = (wet weight - dry weight) / (dry weight - tare weight)*100</D>
<D>         = (140.50 - 128.70)/(128.70 - 41.10) * 100 = 13.47</D>
<D>     Biased sample weight = sample weight * 10000 / (percent passing split sieve * (100+hygroscopic moisture))</D>
<D>       = 58.90 * 10000 / (16.25 * (100+13.47)) = 319.47</D>
<D>     Meniscus corrected reading = reading + meniscus correction = 27.9 + .6 = 28.50</D>
<D>     Effective depth = 16.2950 - 0.2645*meniscus corrected reading</D>
<D>        = 16.2950 - 0.2645*28.5000 = 8.7567</D>
<D>     Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4</D>
<D>        = 0.0096</D>
<D>     Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3</D>
<D>        = 0.99991003252+0.00005201921*22.00-0.00000751229*22.00^2+0.00000003605183*22.00^3 = 0.9978</D>
<D>     k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity)))</D>
<D>       = sqrt(30 * 0.0096 / (980 * (2.6500 - 0.9978))) = 0.0133</D>
<D>     Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.))</D>
<D>        = 0.0133*sqrt(8.7567 / 1) = 0.0394</D>
<D>     Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. and meniscus corrected reading</D>
<D>        100 * 2.6500 / (319.4741 * (2.6500-1)) * 25.7000 = 12.9199</D>
</CALCDOC>

              </Reading>
              <Reading reading="25.9" timeMin="2" tempC="22">
                <OpeningSize sizemm="0.028687"/>
                <PercentFiner>11.9145</PercentFiner>
                <CALCDOC>
<D>     Meniscus corrected reading = reading + meniscus correction = 25.9 + .6 = 26.50</D>
<D>     Effective depth = 16.2950 - 0.2645*meniscus corrected reading</D>
<D>        = 16.2950 - 0.2645*26.5000 = 9.2857</D>
<D>     Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4</D>
<D>        = 0.0096</D>
<D>     Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3</D>
<D>        = 0.99991003252+0.00005201921*22.00-0.00000751229*22.00^2+0.00000003605183*22.00^3 = 0.9978</D>
<D>     k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity)))</D>
<D>       = sqrt(30 * 0.0096 / (980 * (2.6500 - 0.9978))) = 0.0133</D>
<D>     Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.))</D>
<D>        = 0.0133*sqrt(9.2857 / 2) = 0.0287</D>
<D>     Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. and meniscus corrected reading</D>
<D>        100 * 2.6500 / (319.4741 * (2.6500-1)) * 23.7000 = 11.9145</D>
</CALCDOC>

              </Reading>
              <Reading reading="23.8" timeMin="5" tempC="22.0">
                <OpeningSize sizemm="0.018678"/>
                <PercentFiner>10.8588</PercentFiner>
                <CALCDOC>
<D>     Meniscus corrected reading = reading + meniscus correction = 23.8 + .6 = 24.40</D>
<D>     Effective depth = 16.2950 - 0.2645*meniscus corrected reading</D>
<D>        = 16.2950 - 0.2645*24.4000 = 9.8412</D>
<D>     Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4</D>
<D>        = 0.0096</D>
<D>     Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3</D>
<D>        = 0.99991003252+0.00005201921*22.00-0.00000751229*22.00^2+0.00000003605183*22.00^3 = 0.9978</D>
<D>     k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity)))</D>
<D>       = sqrt(30 * 0.0096 / (980 * (2.6500 - 0.9978))) = 0.0133</D>
<D>     Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.))</D>
<D>        = 0.0133*sqrt(9.8412 / 5) = 0.0187</D>
<D>     Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. and meniscus corrected reading</D>
<D>        100 * 2.6500 / (319.4741 * (2.6500-1)) * 21.6000 = 10.8588</D>
</CALCDOC>

              </Reading>
              <Reading reading="21.5" timeMin="15" tempC="22.0">
                <OpeningSize sizemm="0.011112"/>
                <PercentFiner>9.7025</PercentFiner>
                <CALCDOC>
<D>     Meniscus corrected reading = reading + meniscus correction = 21.5 + .6 = 22.10</D>
<D>     Effective depth = 16.2950 - 0.2645*meniscus corrected reading</D>
<D>        = 16.2950 - 0.2645*22.1000 = 10.4495</D>
<D>     Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4</D>
<D>        = 0.0096</D>
<D>     Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3</D>
<D>        = 0.99991003252+0.00005201921*22.00-0.00000751229*22.00^2+0.00000003605183*22.00^3 = 0.9978</D>
<D>     k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity)))</D>
<D>       = sqrt(30 * 0.0096 / (980 * (2.6500 - 0.9978))) = 0.0133</D>
<D>     Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.))</D>
<D>        = 0.0133*sqrt(10.4495 / 15) = 0.0111</D>
<D>     Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. and meniscus corrected reading</D>
<D>        100 * 2.6500 / (319.4741 * (2.6500-1)) * 19.3000 = 9.7025</D>
</CALCDOC>

              </Reading>
              <Reading reading="19.8" timeMin="30" tempC="22.0">
                <OpeningSize sizemm="0.008025"/>
                <PercentFiner>8.8479</PercentFiner>
                <CALCDOC>
<D>     Meniscus corrected reading = reading + meniscus correction = 19.8 + .6 = 20.40</D>
<D>     Effective depth = 16.2950 - 0.2645*meniscus corrected reading</D>
<D>        = 16.2950 - 0.2645*20.4000 = 10.8992</D>
<D>     Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4</D>
<D>        = 0.0096</D>
<D>     Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3</D>
<D>        = 0.99991003252+0.00005201921*22.00-0.00000751229*22.00^2+0.00000003605183*22.00^3 = 0.9978</D>
<D>     k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity)))</D>
<D>       = sqrt(30 * 0.0096 / (980 * (2.6500 - 0.9978))) = 0.0133</D>
<D>     Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.))</D>
<D>        = 0.0133*sqrt(10.8992 / 30) = 0.0080</D>
<D>     Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. and meniscus corrected reading</D>
<D>        100 * 2.6500 / (319.4741 * (2.6500-1)) * 17.6000 = 8.8479</D>
</CALCDOC>

              </Reading>
              <Reading reading="18.1" timeMin="60" tempC="22.0">
                <OpeningSize sizemm="0.005790"/>
                <PercentFiner>7.9933</PercentFiner>
                <CALCDOC>
<D>     Meniscus corrected reading = reading + meniscus correction = 18.1 + .6 = 18.70</D>
<D>     Effective depth = 16.2950 - 0.2645*meniscus corrected reading</D>
<D>        = 16.2950 - 0.2645*18.7000 = 11.3488</D>
<D>     Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4</D>
<D>        = 0.0096</D>
<D>     Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3</D>
<D>        = 0.99991003252+0.00005201921*22.00-0.00000751229*22.00^2+0.00000003605183*22.00^3 = 0.9978</D>
<D>     k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity)))</D>
<D>       = sqrt(30 * 0.0096 / (980 * (2.6500 - 0.9978))) = 0.0133</D>
<D>     Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.))</D>
<D>        = 0.0133*sqrt(11.3488 / 60) = 0.0058</D>
<D>     Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. and meniscus corrected reading</D>
<D>        100 * 2.6500 / (319.4741 * (2.6500-1)) * 15.9000 = 7.9933</D>
</CALCDOC>

              </Reading>
              <Reading reading="15.7" timeMin="200" tempC="22.0">
                <OpeningSize sizemm="0.003259"/>
                <PercentFiner>6.7867</PercentFiner>
                <CALCDOC>
<D>     Meniscus corrected reading = reading + meniscus correction = 15.7 + .6 = 16.30</D>
<D>     Effective depth = 16.2950 - 0.2645*meniscus corrected reading</D>
<D>        = 16.2950 - 0.2645*16.3000 = 11.9836</D>
<D>     Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4</D>
<D>        = 0.0096</D>
<D>     Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3</D>
<D>        = 0.99991003252+0.00005201921*22.00-0.00000751229*22.00^2+0.00000003605183*22.00^3 = 0.9978</D>
<D>     k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity)))</D>
<D>       = sqrt(30 * 0.0096 / (980 * (2.6500 - 0.9978))) = 0.0133</D>
<D>     Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.))</D>
<D>        = 0.0133*sqrt(11.9836 / 200) = 0.0033</D>
<D>     Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. and meniscus corrected reading</D>
<D>        100 * 2.6500 / (319.4741 * (2.6500-1)) * 13.5000 = 6.7867</D>
</CALCDOC>

              </Reading>
              <Reading reading="11.8" timeMin="1440" tempC="22">
                <OpeningSize sizemm="0.001266"/>
                <PercentFiner>4.8261</PercentFiner>
                <CALCDOC>
<D>     Meniscus corrected reading = reading + meniscus correction = 11.8 + .6 = 12.40</D>
<D>     Effective depth = 16.2950 - 0.2645*meniscus corrected reading</D>
<D>        = 16.2950 - 0.2645*12.4000 = 13.0152</D>
<D>     Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4</D>
<D>        = 0.0096</D>
<D>     Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3</D>
<D>        = 0.99991003252+0.00005201921*22.00-0.00000751229*22.00^2+0.00000003605183*22.00^3 = 0.9978</D>
<D>     k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity)))</D>
<D>       = sqrt(30 * 0.0096 / (980 * (2.6500 - 0.9978))) = 0.0133</D>
<D>     Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.))</D>
<D>        = 0.0133*sqrt(13.0152 / 1440) = 0.0013</D>
<D>     Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. and meniscus corrected reading</D>
<D>        100 * 2.6500 / (319.4741 * (2.6500-1)) * 9.6000 = 4.8261</D>
</CALCDOC>

              </Reading>
            </HydrometerTest>
            <ShapingPoints>
            </ShapingPoints>
            <CalculatedResults>
              <Diameters>
                <Diameter percent="10" sizemm="0.0126"/>
                <Diameter percent="15" sizemm="0.0604"/>
                <Coefficients concavity="" uniformity=""/>
              </Diameters>
              <CalculatedPercentages>
                <Sieve name="PER200" percent="16.2"/>
                <Sieve name="PER230" percent="15.2"/>
                <Sieve name="PER270" percent="14.3"/>
                <Sieve name="PER300" percent="13.6"/>
                <Sieve name="PER325" percent="13.5"/>
                <Sieve name="PER400" percent="12.8"/>
                <Sieve name="PER_075MM" percent="16.2"/>
                <Sieve name="PER20M" percent="11.0"/>
                <Sieve name="PER005MM" percent="7.7"/>
                <Sieve name="PER2M" percent="5.8"/>
              </CalculatedPercentages>
              <Fractions>
                <Fraction name="COBBLES" percent=""/>
                <Fraction name="GRAVEL" percent=""/>
                <Fraction name="SAND" percent=""/>
                <Fraction name="SILT" percent="8.5"/>
                <Fraction name="CLAY" percent="7.7"/>
                <Fraction name="FINES" percent="16.2"/>
                <Fraction name="COLLOIDS" percent=""/>
              </Fractions>
            </CalculatedResults>
            <AdditionalData name="DIDMECH" val="Y"/>
            <AdditionalData name="DIDHYD" val="Y"/>
            <AdditionalData name="GS_SPECENV" val="ASTM C 33 - 3/4&quot; Aggregate"/>
            <AdditionalData name="D10" val="0.0126"/>
            <AdditionalData name="D15" val="0.0604"/>
            <AdditionalData name="SILT" val="8.5"/>
            <AdditionalData name="CLAY" val="7.7"/>
            <AdditionalData name="FINES" val="16.2"/>
            <AdditionalData name="PER200" val="16.2"/>
            <AdditionalData name="PER230" val="15.2"/>
            <AdditionalData name="PER270" val="14.3"/>
            <AdditionalData name="PER300" val="13.6"/>
            <AdditionalData name="PER325" val="13.5"/>
            <AdditionalData name="PER400" val="12.8"/>
            <AdditionalData name="PER074MM" val="16.2"/>
            <AdditionalData name="PER005MM" val="7.7"/>
            <AdditionalData name="GS_CHECKEDBY" val="Checked By"/>
            <AdditionalData name="GS_TESTEDBY" val="Tested By"/>
            <AdditionalData name="PER2M" val="5.8"/>
          </GS_DATA>
          <CLASSIFICATION>
            <SAMPLE_IDENTIFIER></SAMPLE_IDENTIFIER>
            <DEPTH></DEPTH>
            <LIQUID_LIMIT></LIQUID_LIMIT>
            <PLASTIC_LIMIT></PLASTIC_LIMIT>
            <PLASTICITY_INDEX></PLASTICITY_INDEX>
            <USCS>USCS</USCS>
          </CLASSIFICATION>
        </LABORATORY_TESTS>
      </BOREHOLE>
    </GROUND_INVESTIGATION>
  </SITE_INVESTIGATION>
  <GS_PROGRAM_SETTINGS>
    <ChartReportTitle>Particle Size Distribution Report</ChartReportTitle>
    <MinD60Diameter set="0.0"/>
    <MinD80Diameter set="0.0"/>
    <PercentageDecimals set="1"/>
    <ReportNumber200To1DecimalPlace set="no"/>
    <ReportForm set="GSSINGLE"/>
    <UsesTareIDs set="no"/>
    <AddFinenessModulusToRemarks set="no"/>
    <ReportCobblesAs set="+3&quot;"/>
    <MaterialLabel>
      Material Description
    </MaterialLabel>
    <Disclaimer set="no">
      
    </Disclaimer>
    <AddTestedBy set="no"/>
    <AddCheckedBy set="no"/>
    <ChartOptions>
      <ChartStyle set="SEMILOG"/>
      <ColorCurves set="no"/>
      <DoNotPlot2PtCurves set="yes"/>
      <PercentRetainedScale set="NONE"/>
      <LeftHandCaption>
        PERCENT FINER
      </LeftHandCaption>
      <RightHandCaption>
        PERCENT COARSER
      </RightHandCaption>
      <BottomCaption>
        GRAIN SIZE - mm.
      </BottomCaption>
      <MinOpeningSize>
        <OpeningSize readable_size="0.001" units="MM"/>
      </MinOpeningSize>
      <MaxOpeningSize>
        <OpeningSize readable_size="500" units="MM"/>
      </MaxOpeningSize>
      <MinimumSpecSievesForChart set="1"/>
      <RelativeCurveWidth set="6"/>
      <PtToPtCurve set="no"/>
    </ChartOptions>
  </GS_PROGRAM_SETTINGS>
</GEOTECHNICAL_PROJECT>

