1. An NCSSM student backs her car out of her parking spot to go home for extended break with an acceleration of 1.4 mls2 starting from rest. (Assume she backed straight out) a. How long does it take her to reach a speed of 2.00 mls? b. What would her displacement be in this time interval? 0. After reaching a speed of 2.00 mls. she then brakes to a stop in 0.800 3, what is the magnitude and direction of her acceleration? d. What would the displacement be of her coming to a complete stop? e. Model the student's motion using three different graphical representations (position, velocity, acceleration graphs). Use your values from the problem to make the graphs quantitatively accurate