Consider the beam shown in $($Figure $1).$ Suppose w$1=8$ kN$/$m and w$2=10$ kN$/$m

$.$

Figure

$1$ of $1$

A frame consists of a vertical column, $\text{'}$A$\text{'}$ D$,$ pin connected to an L shaped beam with horizontal and vertical segments, D C B$,.$ The lower end $\text{'}$A$\text{'}$ of the column is pin supported on the horizontal ground, the length of the column is $6$ meters. A uniformly distributed load w subscript $1$ acts horizontally to the right on the whole column. The L shaped beam D C B extends $5$ meters to the right from pin D to elbow C$,$ then extends $4$ meters downward from point C to end B$.$ End B is pin supported on another horizontal surface. A uniformly distributed load w subscript $2$ acts vertically downward on the horizontal segment D C of the frame. The positive x axis is directed horizontally to the right, and the positive y axis is directed vertically upward.

Part A

Determine the horizontal component of reaction at support A

Part B

Determine the vertical component of reaction at support A

Part C

Determine the horizontal component of reaction at support B

Part D

Determine the vertical component of reaction at support B