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PRODURE <br />TEST <br />METHOD <br />TOLERANCE <br />Portland Cement Concrete <br />Fine Aggregate <br />Gradation (3 /8 " —No. 200) <br />Tex -401 -A <br />± 3% <br />Sand Equivalent <br />Tex -203 -F <br />I ±10 <br />Portland Cement Concrete <br />Complete <br />Mixture <br />Flexural Strength Compressive <br />Tex -448 -A <br />20% of the mean * <br />Tex -418 -A <br />20% of the mean * <br />Slump <br />Tex -415 -A <br />± 1" <br />Entrained Air <br />Tex -414 -A <br />±1% <br />Tex -416 -A <br />±1% <br />* The difference between compared test results shall not exceed the indicated percentage <br />of the mean of the compared test results where the mean is the average of the two test <br />results. <br />Asphaltic <br />Concrete Coarse <br />Aggregate <br />Gradation: <br />Tex -200 -F <br />> No. 10 sieve <br />±5% <br /><— No. 10 sieve <br />±3% <br />Deleterious Material <br />Tex -217 -F <br />± 0.3% <br />Decantation <br />Tex -217 -F <br />20% of the mean <br />* The difference between compared test results shall not exceed the indicated percentage <br />of the mean of the compared test results where the mean is the average of the two test <br />results. <br />Asphaltic Concrete <br />Fine Aggregate <br />Gradation (No. 1 - -No. 200) <br />Tex -200 -F <br />±3% <br />Bar Linear Shrinkage <br />Tex -107 -E <br />±2 <br />Asphaltic Concrete Combined <br />Aggr <br />e ate <br />Gradation: <br />Tex -200 -F <br />> 5/8" <br />±5% <br />5 /8 " —No. 200 <br />±3% <br />Passing No. 200 <br />± 1.5% <br />Sand Equivalent <br />Tex -203 -F <br />±10 <br />Asphaltic <br />Concrete Complete <br />Mixture <br />Asphalt Content <br />Tex-21 0-F <br />± 0.3% <br />Tex -228 -F <br />± 0.3% <br />Tex -229 -F <br />± 0.3% <br />Tex -236 -F <br />± 0.3% <br />Maximum Theoretical Specific Gravity <br />Tex -227 -F <br />± 0.020 <br />Laboratory Molded Density <br />Tex -207 -F <br />± 1.0% <br />Laboratory Molded Bulk Specific Gravity <br />Tex -207 -F <br />± 0.020 <br />Stability <br />Tex -208 -F <br />5 points <br />Moisture <br />Tex -212 -F <br />± 0.0 ml <br />In -Place Air Voids (Core) <br />Tex -207 -F <br />± 1.0% <br />