$2$ pts$)$

$($LO$3,$ LO$4$ &LO$5)$

Determine the reactions at supports $A($pin$)$ and $D($roller$).$

$(8$pts$)$

o$)$ Determine the internal loadings at $x=8m$ at point $C$ from point $A$

$(6$pts$)$

c$)$ Write functions for axial force $($N$)$ in terms of $x$

$(3$pts$)$

d$)$ Write functions for shear force $($V$)$ in terms of $x$

$(9$ pts$)$

e$)$ Write functions for bending moment $($M$)$ in terms of $x.$

$(9$pts$)$

f$)$ Draw Axial Force Diagram $($AFD$)$ for whole beam

$(3$pts$)$

g$)$ Draw Shear Force Diagram $($SFD$)$ for whole beam

$($Gpts$)$

$(6$pts$)$

h$)$ Draw Bending Moment Diagram $($BMD$)$ for whole beam

$(3$pt

i$)$ Determine the maximum moment Mmax with its location