$6\mathrm{.}13$ A five$-$sided field traverse has the following balanced angles: $A=101{28}^{\text{'}}{26}^{\text{'}\text{'}}$;$B=102{10}^{\text{'}}{42}^{\text{'}\text{'}}$;$C=104{42}^{\text{'}}{06}^{\text{'}\text{'}}$;$D=113{04}^{\text{'}}{42}^{\text{'}\text{'}}$; $E=118{34}^{\text{'}}{04}^{\text{'}\text{'}}.$ The lengths of the sides are as follows: $AB=50\mathrm{.}276m$;$BC=26\mathrm{.}947m$; $CD=37\mathrm{.}090m$;$DE=35\mathrm{.}292m$;$EA=20\mathrm{.}845m.$ The bearing of $EA$ is $N20{20}^{\text{'}}{20}^{\text{'}\text{'}}W,$ and $AB$ is oriented northeasterly.

a$.$ Compute the bearings.

b$.$ Compute the latitudes and departures.

c$.$ Compute the linear error of closure and the accuracy ratio.

for part a$,$ azimuths are also acceptable in place of bearings