This problem is about replacing the loading system acting on the beam shown below by a resultant force and a couple moment at Point $A.$ Take $F_1=116$kip,$=30,F_2=60$kip,$=60,M=50$kip$-ft,L_1=5ft,L_2=4^{\text{'}},L_3=7^{\text{'}}.$

Determine:

a$)$ The component of the resultant force in the $x-$direction $(F_{R}x).$ Provide the direction of the force.

b$)$ The component of the resultant force in the $y-$direction $(F_{R}y).$ Provide the direction of the force.

c$)$ The resultant couple moment $(($:$M_{RA}\}.$ Provide the direction of rotation $($CW or $CCW).$

d$)$ The resultant force $(F_{RA}).$

e$)$ The angle in degrees of the resultant force with the horizontal $().$ Provide a sketch showing the force and the angle.