$($a$)$ Undertake all required linear and angular measurements $($i$)$ Back station and forward station $($both FL & FR$).$

$($c$)$ Prepare a neat sketch with all your references.

$($d$)$ Undertake all computations.

Assuming your first leg's bearing to be equal to ${000}^{\text{'}}{00}^{\text{'}\text{'}}$ and your station's coordinates as $0,0,$ calculate coordinates of the back & forward stations.

$($e$)$ Produce a plan mapping all points to which you have taken angular and linear measurements to a suitable scale and prepare a report compiling all information.

Road