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2 <br /> <br /> Laboratory tests will be performed on selected samples to evaluate their engineering <br /> properties. These tests might include water content and dry density determinations, unconfined <br /> compression tests, grain size analyses, and Attarberg Limits tests, depending on the types of <br /> materials encountered at the site. The number and types of tests to be performed will be <br /> determined 'after completion of the field exploration. Results of laboratory tests will be <br /> presented in our final engineering report. <br /> <br /> Data obtained from the field exploration and laboratory testing programs will be evaluated in a <br /> manner consistent with current standard of practice techniques. Based on the results of this <br /> evaluation, we will develop opinions and recommendations regarding the following: <br /> <br /> · Types and depths of foundations for the proposed soundwall; <br /> <br /> · Design bearing pressures for foundations; <br /> <br /> · Presence of groundwater and its potential effects on the proposed construction; <br /> <br /> · Resistance to overturning and sliding forces; <br /> <br /> · Potential for settlement and tilting; <br /> <br /> · Behavior of the site when subjected to seismic shaking. <br /> <br />The results of the study and our conclusions and recommendations will be presented in an <br />engineering report at the end of our study. Based on our anticipated work load during the next <br />month, preliminary, verbal results of our study can be provided within two weeks after <br />authorization to proceed, and the final report can be completed within four weeks of <br />authorization. <br /> <br />We request that we be provided a map showing the locations of both the proposed soundwall and <br />the utilities along the soundwall corridor. We also request that utilities along the soundwall <br />corridor he marked in the field prior to drilling. <br /> <br /> MS GEOTECHN|CAL CONSULTANTS ~NC. <br /> <br /> <br />