In the figure below, two rods are connected by a frictionless collar at B $.$ The magnitude of the

couple moment MA is $500$ lb $.$in$.$

$($i$)$ sketch the resulting Free$-$Body Diagram $($FBD$),$ showing all the relevant forces acting and moment$($s$)$ on rod AB$.$

$($ii$)$ In the grid space $($Engineering Paper$),$ sketch the resulting Free$-$Body Diagram $($FBD$),$ showing all the relevant forces acting and moment$($s$)$ on rod BC and the collar.

$($iii$)$ Using the appropriate Equations of Equilibrium $($E$$s of E$),$ solve for the:

A$.$couple moment MC$,$ required for equilibrium.

B$.$components, CX and CY of the reaction force at point C$.$

I NEED THESE TO BE GOOD FREE BODY DIAGRAMS PLEASE. THIS IS ALL ONE PROBLEM