The beam shown below has a distributed load $)$ acting on a portion of it$.$ A concentrated force $F=11N$ is applied to point C $($where $c=3,d=4,e=5).$ Point D is just to the left of roller support B which has a clockwise couple moment of $M=14Nm$ applied on it $($i$.$e$.$ couple moment is acting at $B).$ If $a=4m,b=2\mathrm{.}0m,$ determine the internal normal force, shear force, and moment at points $D$ and $E.$ Note that the support at point $A$ is a pin.

$N_D$ N

$V_D$ : $$ N

$M_D$ : $$ Nm

$N_E$ : $q,$ N

$V_{E^{\text{'}}}$ : $$ N

$M_{E^{\text{'}}}$ Nm