Answer Happy

Some engineers construct an apparatus like that shown in the figure below. The cable has a total length of L and a mass of me. It is tensioned using a mass M. The position of the pulley is adjustable and the distance between the pulley and the wall is .x. cable length, L wall mass mc pulley M mass Give an expression for the frequency of the fundamental vibration between the wall and the pulley in terms of the variables specified above. When constructing expressions use: cable length L use L cable mass mc use mc tension mass M use M pulley position X use x gravitational acceleration g use g suare-root function V use sqrt(x) Assume that me << M. That is, assume the tension force in the cable is the same magnitude as the weight of the mass, M. f₁ = (10 points) Submit Answer Tries 0/5 x Send Feedback