How to complete figure $1-$ dry density versus moisture content $\backslash$table$[[,$Sample $1,$Sample $2,$Sample $3,$Sample $4],[$Empty dish $(m_1),40\mathrm{.}460,47\mathrm{.}192,51\mathrm{.}902,40\mathrm{.}237],[$Dish$-$Moist soil $(m_2),52\mathrm{.}969,67\mathrm{.}456,54\mathrm{.}995,57\mathrm{.}649],[$Dish$-$Dry soil $(m_3),51\mathrm{.}153,64\mathrm{.}169,54\mathrm{.}501,54\mathrm{.}114],[$Moist soil $(m_4),12\mathrm{.}509,20\mathrm{.}264,3\mathrm{.}093,17\mathrm{.}412],[$Dry soil $(m_5),10\mathrm{.}693,6\mathrm{.}977,2\mathrm{.}599,13\mathrm{.}877],[$Moisture $(m_6),1\mathrm{.}816,13\mathrm{.}287,0\mathrm{.}494,3\mathrm{.}535],[$Moisture Content $(m_{\%}\%),16\mathrm{.}98,190\mathrm{.}4,19\mathrm{.}01,25\mathrm{.}47]]$

Table $1$ Sample moisture contents $\%$

$m_4=m_2-m_1$;$,m_5=m_3-m_1$;$,m_6=m_4-m_5$;$,m\%=\frac{m_6}{m_5}100$

$\backslash$table$[[,$Sample $1,$Sample $2,$Sample $3,$Sample $4],[$Empty mould $(w_1),3\mathrm{.}868,3\mathrm{.}868,3\mathrm{.}793,3\mathrm{.}868],[$Mould $+$ Moist compacted soil $(w_2),5\mathrm{.}436,5\mathrm{.}952,5\mathrm{.}682,5\mathrm{.}784],[$Moist compacted soil $(w_4),1\mathrm{.}568,2\mathrm{.}084,1\mathrm{.}889,1\mathrm{.}916],[$Dry compacted soil $(w_5),1\mathrm{.}737,3\mathrm{.}988,2\mathrm{.}079,2\mathrm{.}171],[$Dry density $({}_d),,,,]]$

Table $2$ Dry densities $k\frac{g}{m^3}$

$($:$w_4=w_2-w_1$;$,w_5=\frac{w_4}{1+\frac{m^{\text{'}}\%}{100}}$;$,{}_d=\frac{w_5}{V}=9\mathrm{.}44{10}^{-4}{m}^3$