Using the information from the link above, determine the member sizes for the top and bottom chord members of a $8\mathrm{.}8$ m span parallel chord truss shown in above, which is carrying a medium$-$term UDL of $4\mathrm{.}5$ KN$/$m applied to the top chord by joisting at $0\mathrm{.}6$m centres. Use C$24$ timber in service classes $1$ and $2.$ Neglect dead weight of truss. The top and bottom chords are spaced $1\mathrm{.}76$ m vertically apart on centrelines and are twin members. The diagonals are twin members and the verticals are single members. The spacing of each bay is $2\mathrm{.}2$m$.$ Providing that a single connector and bolt $($Nb $=1$ and Nc $=1)$ and a $44$ x $122$ twin member of C$24$ strength class based on the net area is to be used in the outer planes. Determine the following Using the information from the link above, determine the member sizes for the top and bottom chord members of a $8\mathrm{.}8$ m span parallel chord truss shown in above, which is carrying a medium$-$term UDL of $4\mathrm{.}5$ KN$/$m applied to the top chord by joisting at $0\mathrm{.}6$m centres. Use C$24$ timber in service classes $1$ and $2.$ Neglect dead weight of truss. The top and bottom chords are spaced $1\mathrm{.}76$ m vertically apart on centrelines and are twin members. The diagonals are twin members and the verticals are single members. The spacing of each bay is $2\mathrm{.}2$m$.$ Providing that a single connector and bolt $($Nb $=1$ and Nc $=1)$ and a $44$ x $122$ twin member of C$24$ strength class based on the net area is to be used in the outer planes. Determine the following