$1.($a$)$ An inclined $(8=45\backslash$deg $)$ simple beam is subject to a uniformly distributed load g along AB

as shown in Figure $1($a$).$ The total magnitude of vertical load is gL$.$

$($i$)$ Draw the shear force diagram $($SFD$)$ with the sign labels and pertinent values. Note

that positive shear is along the clockwise direction. $(5$ marks$)$

$($ii$)$ Draw the bending moment diagram $($BDM$)$ with pertinent values. Noe that bending

moment should be drawn on the tensile side. $(5$ marks$)$

$($b$)$ A frame is subject to a horizontal force F applied at point B$,$ horizontal force F applied

at C and vertical force F applied at D$,$ as illustrated in Figure $1($b$).$ A and E are both pin

support and D is a hinge connection $($also called moment release$).$

$($i$)$ Draw the shear force diagram $($SFD$)$ with the sign labels and pertinent values. Note

that positive shear is along the clockwise direction. $(5$ marks$)$

$($ii$)$ Draw the bending moment diagram $($BDM$)$ with pertinent values. Note that bending

moment should be drawn on the tensile side. $(5$ marks$)$FIGURES