You will solve the same problem for Problem $1$ with and addition of drawing the diagrams for beam ACDG

$(8$ pts$)$ A propped cantilever frame ABCDE is connected to an L$-$shape frame $DFG$ using an internal pin at joint $D.$ The propped cantilever frame is roller supported at joint $C$ and pin$-$supported at joint $A,$ and the $L-$ shape frame is roller$-$supported at joint $G.$ A continuous cable runs through a frictionless pulley at $E$ and $F.$ One end of the cable is attached to the L$-$shape frame at $G$ and the other end of the cable is pulled with a force $P=10kN$ as shown in the figure below. In addition, triangle distributed force with magnitude $w_0=5k\frac{N}{m}$ is applied on the frame $DF$ as shown in the figure below.

a$.(4$ pts$)$ Calculate the pin connection forces at $D$ and the reactions at $A,C$ and $G.$

HINT: Dy$=-18$kn$,$ Gy$=-18$kn$,$ Dx$=-17\mathrm{.}5$kn

b$.(4$ pts$)$ Draw the axial, shear and bending moment diagrams for beam ACDG

PLEASE DRAW THEM OUT