1. The problem statement, all variables and given/known data This homework problem is under the Nonuniform circular motion problem, but seems more like a elementary kinematics. You push the 100 g object and release it 1.60 m from the table edge. Unfortunately, you push a little too hard. The object slides across, sails off the edge, falls 0.900 m to the floor, and lands 40.0 cm from the edge of the table. If the coefficient of kinetic friction is 0.300, what was the object's speed as you released it? 2. Relevant equations t=sqrt of 2*height/9 Fk=coeff of friction*m*a =n*coeff of fric. 3. The attempt at a solution Figured velocity as object leaves table to be .935 m/s and Fk=295N I am stuck on what to do next, can't find v,a, or t.