1. The problem statement, all variables and given/known data Suppose the ruler in procedure 2 is asymetrical, and it is balanced at the 40.9 cm mark (at the center of mass). Now, mass M is hung on the ruler at the 100 cm mark. Where must you hang mass 1.42M so the system remains in equilibrium? At the .... cm mark 2. Relevant equations Torque equations... 3. The attempt at a solution I think it goes this way... 1.42Mg(x) = Mg(100 - 40.9) where x is the distance from the 0 cm mark Then, I get x ≈ 41.6 cm, but it's marked incorrect.