Figure 4 -2 Grain size distribution curve for TP-6 to TP-10
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Table 2-1 General Relationship of Consistency and UCS of Clays [8] As the compaction effort is increased, the maximum dry unit weight of compaction is ..5.9 Method of laboratory soil compaction increased up to optimum moisture content, the soil will be increase the dry density and has strain curves may be plotted. The peak value is taken as the unconfined compressiv: where P is the vertical load at the strain ¢. Using the relationship given by Eq. (2.7) stress- a total confining pressure under which no drainage was permitted was applied in the latter Figure 3-1 Location of the research area (Source: From Google Map) to more than 250,000 in 2018 [21].Location of the research area is shown in figure 3. Figure 3-2: Flow chart of the study Table 3-1 Global coordinates of sampling areas 3.3. Laboratory Analysis 4 Steps for correlation and Regression Analysis Table 3-2 Summary of laboratory testing procedure standards Table 3-3:Variable selected for checking normality of parametric test theoretical residuals are independent and normally distributed. processes. The intent is to determine whether there is enough evidence to “reject” a null Table 3-4: Methods for determining parameter and non-parametric statistical test Table 4-1 Grain Size analysis result Figure 4-1 Grain size distribution curve for TP-1 to TP-5 Table 4-2:Summary of test results Table 4-5 Histogram plot of unstandardized residual for primary data Table 4-4 Normality Test result of residual for primary and secondary data Normal Q-Q Plot of Unstandardized Residual Normal Q-Q Plot of Unstandardized Residual Discussion on normality test result Table 4-9: Independent t-test result for primary data 11: =There is a difference between the mean of each variable Table 4-10: Independent t-test result for combined data 4.2.6 Discussion on independent t-test result Table 4-11 : Multicollinearity test result of primary data Figure 4-3:Scatter diagram of UCS versus MDD of primary data in the figure below. tested soils. The scatter plot of the dependent variable UCS with the regressor variable for Figure 4-4: Scatter diagram of UCS versus OMC of primary data Figure 4-5:Scatter diagram of UCS versus MDD of combined data Figure 4-6:Scatter diagram of UCS versus OMC of combined data Table 4-14: Statistical Information of Dependent and Independent Variables for combined data Table 4-13: Statistical Information of Dependent and Independent Variables for primary data 4.2.11 Discussion on the descriptive statistics result Table 4-15 Correlation Matrix of Pearson Correlation Coefficient for primary data Table 4-16: Correlation Matrix of Pearson Correlation Coefficient for combined data 4.2.13 Discussion of the correlation matrix result To determine the correlation matrix, Pearson correlation coefficient is selected rather than Table 4-16: Summary of laboratory results for control tests Table 4-17: Validation result of data Table 4-18 Validation of UCS From Correlation Developed with The Actual Test Data Case Processing Summary Case Processing Summary Tests of Normality a. Lilliefors Significance Correction Variables Entered/Removed> a. All requested variables entered. Single linear regression analysis result between UCS with MDD for primary Data a. Dependent Variable: UCS Residuals Statistics? a. Dependent Variable: UCS a. Dependent Variable: UCS Descriptive Statistics Single linear regression analysis result between UCS with MDD for Combined Data Residuals Statistics? a. Dependent Variable: ucs Descriptive Statistics Single linear regression analysis result between UCS with omc for combined Data a. All requested variables entered. Residuals Statistics? a. Dependent Variable: ucs a. Dependent Variable: ucs Variables Entered/Removed? a. All requested variables entered. Multiple linear regression analysis result between UCS with MDD and OMC for primary Data Residuals Statistics? a. Dependent Variable: UCS Multiple linear regression analysis result between UCS with MDD and OMC for combined Data Variables Entered/Removed> a. All requested variables entered. Residuals Statistics? a. Dependent Variable: ucs a. Dependent Variable: ucs a. Predictors: (Constant), omc, mdd ** Correlation is significant at the 0.01 level (2-tailed).
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