Please answer problem using data from problem $4-7$

Given: $,$ Slope stake data for an $8\mathrm{.}000$ m wide roadway $(4$ m width each side$).$

Required: On E$-2$ paper, draw the cross$-$section of your station and the three that follow. You will draw a total of four sections. Use a straightedge and a scale of $1^{\text{'}\text{'}}=2m$ with your paper turned in the "landscape" position.

For the cross$-$section at each station calculate the cross$-$sectional areas. Show cut and fill areas separately. Note: you do not need to know the side slopes.

Calculate the volume contained by the four sections.

Report: $,$ Cut Volume, Fill Volume, and Net Volume; to the nearest $m^3.$

$\backslash$table$[[$Problem$,$Station,Left,Center,Right$],[1,0+740,$c$1\mathrm{.}92,$c$1\mathrm{.}34,$c$0\mathrm{.}64],[,,5\mathrm{.}92,,4\mathrm{.}64],[2,0+760,$c$1\mathrm{.}07,$c$0\mathrm{.}73,$c$0\mathrm{.}27],[,,5\mathrm{.}07,,4\mathrm{.}27],[3,0+780,$c$0\mathrm{.}58,$f$0\mathrm{.}34,$f$1\mathrm{.}43],[,,4\mathrm{.}58,,6\mathrm{.}86],[4,0+800,$f$0\mathrm{.}76,$f$0\mathrm{.}64,$f$1\mathrm{.}46],[,,5\mathrm{.}52,,6\mathrm{.}92],[5,0+820,$f$1\mathrm{.}04,$f$1\mathrm{.}13,$f$1\mathrm{.}28],[,,6\mathrm{.}08,,6\mathrm{.}56],[6,0+840,$c$0\mathrm{.}55,$c$1\mathrm{.}49,$c$1\mathrm{.}29],[,,4\mathrm{.}55,,5\mathrm{.}29],[7,0+860,$c$0\mathrm{.}79,$c$0\mathrm{.}12,$f$1\mathrm{.}10],[,,4\mathrm{.}79,,6\mathrm{.}20],[8,0+880,$c$1\mathrm{.}01,$c$1\mathrm{.}74,$c$2\mathrm{.}44],[,,5\mathrm{.}01,,6\mathrm{.}44],[9,0+900,$f$1\mathrm{.}25,$f$0\mathrm{.}52,$f$0\mathrm{.}85],[,,6\mathrm{.}50,,5\mathrm{.}70],[10,0+920,$f$1\mathrm{.}98,$f$0\mathrm{.}94,$f$0\mathrm{.}46],[,,7\mathrm{.}96,,4\mathrm{.}92],[11,0+940,$f$0\mathrm{.}55,$f$0\mathrm{.}15,$c$0\mathrm{.}94],[,,5\mathrm{.}10,,4\mathrm{.}94],[12,0+960,$c$0\mathrm{.}67,$c$1\mathrm{.}52,$c$2\mathrm{.}56],[,,4\mathrm{.}67,,6\mathrm{.}56],[13,0+980,$c$1\mathrm{.}16,$c$2\mathrm{.}32,$c$3\mathrm{.}02],[,,5\mathrm{.}16,,7\mathrm{.}02]]$