1. The problem statement, all variables and given/known data a) Calculate the slope for each segment b) Describe the motion the object experiences in each segment c) Make a velocity vs time graph using the slopes d) Make a acceleration time graph (for the distance-time graph) Segment A slope of zero Segment B constant slope of +1 Segment C slope of zero Segment D sharp change to slope of -3 Segment E sudden change to slope of zero Segment F constant slope of -2/5 Segment G slope of zero 2. Relevant equations slope = deltaY/deltaX acceleration = deltaV/deltaT 3. The attempt at a solution I'm fine on a and b, but for c my graph just has horizontal segments at varying y values that correspond to the earlier velocities (slopes). I think this may be wrong. Anyway if it isn't does that mean that my acceleration-time graph will be a load of horizontal lines since all the velocity changes were sudden and constant?