The beam shown below has a distributed load $($P$=6$N$/$mP$=6$N$/$m$)$ acting on a portion of it$.$ A concentrated force F$=11$NF$=11$N is applied to point C $($ where c $=33,$ d $=44,$ e $=55).$Point D is just to the left of roller support B$$which has a clockwise couple moment of M$=11$NmM$=11$Nm applied on it $($i$.$e$.$ couple moment is acting at B$).$ If a $=3$m$3$m$,$ b $=1\mathrm{.}5$m$1\mathrm{.}5$m$,$ determine the internal normal force, shear force, and moment at points$$D and E$.$Note that$$the support at point A is a pin.

NDND: NN

VDVD: NN

MDMD: NmNm

NENE: NN

VEVE: NN

MEME: Nm