Provide a graph of Prob. #$8\mathrm{.}20$ textbook solution results by plotting a curve or a series of cycles

of crash in steps, plotting TOTAL COST vs$.$ DURATION. Elements of your graph at least

should include: ND$,$ NC$,$ CD$,$ CC$,$ LCD, and LC along the curve.Provide a graph of Prob. #$8\mathrm{.}20$ textbook solution results by plotting a curve or a series of cycles of crash in steps, plotting TOTAL COST vs$.$ DURATION. Elements of your graph at least should include: ND$,$ NC$,$ CD$,$ CC$,$ LCD, and LC along the curve.

$\backslash$table$[[$Activity$,$Dur. $($Days$),$Cost $$,$ Cost,$$ Days,$$ Cost $\frac{?}{?}$ Days,Days Shortened per Cycle$],[$Norm$,$Crash,Norm,Crash$],[$A$,7,5,500,640,140,2,70,,2,,,],[$B$,6,5,550,630,80,1,80,,,1,,],[C,8,5,800,935,135,3,45,1,,2,,],[$D$,10,7,1200,1440,240,3,80,,,1,2,],[$E$,6,4,600,700,100,2,50,,,,2,],[F,4,3,500,590,90,1,90,,,,,],[$G$,4,2,700,1000,300,2,150,,,,,2],[H,7,4,650,950,300,3,100,,,,,2],[1,2,2,300,300,0,0,,,,,,],[,,,,,,,,,,,,],[,,,,$Days Cut,$-,1,2,2,2,2],[,,,,$Proj. Duration,$30,29,27,25,23,21],[,,,,$Increased Direct Cost,$-,45,140,250,260,500],[,,,,$Direct Cost,$5800,5845,5985,6235,6495,6995],[,,,,$Indirect Cost,$3000,2900,2700,2500,2300,2100],[,,,,$Total Cost,$8800,8745,8685,8735,8795,9095],[$Completely Crashed,,,,$NC,,$LC$,,,$CC$]]$