Table 9-4 



Total Solids Analysis of the Water/Sediment Grab Samples 



Sample No. 



Mass of 

 Filter 

 9 



Mass of Filter 

 with Solids 



g 



Sample 

 Volume 

 mi 



Sample 

 Total Solids 

 mg/i 



Mean Total 



Solids 



mg/i 



Standard 

 Deviation 



1-1 



0.2001 



0.2017 



198.0 



8.08 



7.70 



0.54 



1-2 



0.2029 



0.2043 



197.5 



7.09 



1-3 



0.2031 



0.2048 



214.0 



7.94 



2-1 



0.2011 



0.2046 



248.0 



14.11 



14.58 



0.50 



2-2 



0.2019 



0.2055 



248.0 



14.52 



2-3 



0.2034 



0.2071 



245.0 



15.10 



3-1 



0.2026 



0.2041 



243.5 



6.16 



6.71 



0.48 



3-2 



0.2026 



0.2043 



241.0 



7.05 



3-3 



0.2045 



0.2062 



246.0 



6.91 



4-1 



0.2029 



0.2050 



197.0 



10.66 



11.07 



0.48 



4-2 



0.2055 



0.2078 



198.5 



11.59 



4-3 



0.2023 



0.2045 



201.0 



10.95 



5-1 



0.2074 



0.2099 



247.0 



10.12 



10.38 



0.44 



5-2 



0.2040 



0.2065 



246.5 



10.14 



5-3 



0.2091 



0.2118 



248.0 



10.89 



7-1 



0.2113 



0.2120 



242.5 



(2.89) 



6.78 



(5.48)* 



0.86 

 (2.32) 



7-2 



0.2065 



0.2083 



244.0 



7.38 



7-3 



0.2006 



0.2021 



243.0 



6.17 



8-1 



0.2014 



0.2030 



243.0 



6.58 



7.07 

 (12.37) 



0.69 

 (9.20) 



8-2 



0.1964 



0.1983 



251.5 



7.55 



8-3 



0.2073 



0.2130 



248.0 



(22.98) 



10-1 



0.2009 



0.2013 



197.0 



2.03 



2.02 



0.49 



10-2 



0.2020 



0.2025 



200.0 



2.50 



10-3 



0.2047 



0.2050 



198.0 



1.52 



* Numbers in parentheses represent outliers, and statistics including outliers. 



BASS. Using the averaged zero offset values from Table 9-5, the sampled 

 2-byte velocity values can be converted to three-dimensional velocities. The 

 conversion procedure is provided by the manufacturer and is made up of a set 

 of equations that convert the four axial velocities to three orthogonal velocity 

 component values. The conversions are 



v = 0.0207 (A - A - C + Co) (9-3) 



Chapter 9 The Ohio State University Measurements 



175 



