1. The problem statement, all variables and given/known data A block of mass M = 1 kg is placed between a vertical wall and the end of A beam mass m = 10 kg . If μ S = 0.6 A , determine the minimum value of the angle θ min θ for which the block remains in equilibrium and the coefficient of friction Static B μ S corresponding to prevent the beam from sliding B. Picture of the problem in attachment. 2. Relevant equations 3. The attempt at a solution Block: ∑Fy = +fsablock -Wblock = 0 ∑Fx = +Nblock = 0 Beam: ∑Fx = -fsabeam + NA =0 ∑Fy = -Wbeam +NB + fsabeam =0 is this correct? and how can I possibly find the min θ? thank you.