A wand of mass m and length L is connected to a wall by a wire of mass m,, attached at the top of the wand as shown. The wire is perpendicular to the wall. The wand rests on the junction of the floor and wall at an angle 8 as shown. A wave with amplitude A and wavelength A propagates along the wire. Disregard reflections (this is not a standing wave) and approximate the wand as a uniform rod. A. Draw an extended free-body diagram of the wand. B. Find the speed of the wave in the wire. Show all work and make sure your answer is in terms of given variables. C. Find the frequency of the wave. Show all work and make sure your answer is in terms of given variables. D. Find the maximum speed of any point in the wire. Show all work and make sure your answer is in terms of given variables