1. The problem statement, all variables and given/known data A constant acceleration forces "Force(a)" pushes a 2.kg FedEX package across a frictionless floor on which an xy coordinate system has been drawn. the figure below gives the packag's x and y velocity components versus time. What are the (a) magnitude and (b) the direction of the "Force(a)" The Y acceleration graphs shows that the Vy(m/s) from 2 to -13 it takes over 3 seconds. the X acceleration graphs shows that the Vx(m/s) from 2 to11 it takes over 3 seconds 2. Relevant equations Acceleration = Velocity/time F = mg F= ma 3. The attempt at a solution the following information are given; mass=2.kg, Y-acceleration = 5m/s^2, and X acceleration = 3m/s^2. If I could find the F in y direction, then i might able to find the F in x-direction. Basically, i am clueless.