1. The problem statement, all variables and given/known data Consider a uniform rod of mass 12 kg and length 1.0 m. At its end, the rod is attached to a fixed, fricition free pivot. initially the rod is balanced vertically abbove the pivot and begins to fall (from rest) as shown. Determine a) the angual acceleration of the rod as it passes through the horizontal at B b) the angual speed of the rod as it passes throught the vertical at C 2. Relevant equations i want to say..... w=wo + at θ = wot + 0.5at^2 3. The attempt at a solution I have absolutely no clue how to start this off... what i wanted to do was find some information at point A such as the angle it makes there or the velocity then from this information.. find angular acceleration at B for partt a. then use the info from a to find angular speed at C but i have no clue how to start this off.. if any1 can help me start it off it will be a big help!!!!