Shown in the figure below is a pole with a small ball hanging from it. The pole has a mass of M = 2.75 kg and a length of L = 1.00 meters. The ball has a mass of m = 0.79 kg and is attached a distance d = 0.76 meters from the wall. A wire is attached to the end of the pole at an angle 0 = 36.9 degrees. S D pivot E O Determine all the following: Write the FORMULA for the moment of Inertia of the pole rotating about its end. I = kg m2 The tension in the wire, T = Newtons The normal force of the wall, N = Newtons The upward force at the wall, U = Newtons NOTE: The first question wants a formula, not a numerical value