Identify the four endpoints that define lines to intersect.

a$.$ Perform an "inverse" calculation to obtain the from$-$to direction for line $1$

b$.$ Perform an inverse for line $2$

Compute the brg$/$brg intersection, give a proper point identifier for the point.

$5$ intersections will be needed, and $12$ Midpoints computed. Although you can use any computer software, wolfpack is recommended and provided.

Platting: you will include an appropriate title $($Township$,$ range, section$),$ a graphic of the section and lines of the parcel boundaries, point symbols, and annotation of lines at an appropriate scale.

Your final coordinates can be imported to AutoCad for graphical display, assignment of corner symbols, and annotation of lines. Bearings in deg$-$min$-$sec$,$ and distance$($s$)$ in Feet and Chains. Symbols used should identify the fixed corners vs$.$ the computed points. $($corner symbols should differentiate the found recovered corners and the corner positions computed, shown in a map legend$)$

$5004003012704\mathrm{.}580380161\mathrm{.}339\mathrm{.}99987593+2-57-56\mathrm{.}8$

$5005003012437\mathrm{.}606385433\mathrm{.}390\mathrm{.}99986820+2-57-56\mathrm{.}8$

$4004003007431\mathrm{.}341379886\mathrm{.}741\mathrm{.}99987593+2-57-2\mathrm{.}8$

$4005003007170\mathrm{.}906385157\mathrm{.}293\mathrm{.}99986820+2-57-2\mathrm{.}9$

$5004403012571\mathrm{.}093382797\mathrm{.}368$

$4004403007301\mathrm{.}124382522\mathrm{.}020$

$4404003010067\mathrm{.}970380023\mathrm{.}868$

$4405003009804\mathrm{.}265385295\mathrm{.}169$