Given the data below, use the average end area method and calculate the cut volume, fill volume, adjusted fill volume $(27\%$ shrinkage$)$ and cumulative volume

in cu$.$ yds$.(1$ decimal place$)$ for the entire job between stations $13+00$ and $16+00.$

$\backslash$table$[[$Station$,$Cut End Area $(F{t}^2),$Fill End Area $(F{t}^2)$