An $8\mathrm{.}9-$kip block is supported by the cables as shown in the figure below. The three concurrent forces acting at point $A$ in the figure are in a state of equilibrium. The force in cable $AB$ has an unknown magnitude and direction of $24$ with the horizontal axis, the force in cable $AC$ has an unknown magnitude and direction of $83$ with the horizontal axis as shown below. Complete the following:

A$.$ Draw the free$-$body diagram with respect to point A making sure to show all applicable forces, distances, and angles.

B$.$ Determine the magnitude of the force in cables $AB$ and $AC$ by the method of rectangular components $($i$.$e$.,F_x$ and $F_y).$