I the change In this is the area under the acceleration curve. is the slope of the position vs. time curve change in this can be found by finding the area under velocity vs. time curve Slope of the velocity vs. time curve equal to 'Uot for an object whose acceleration is zero. has units of length divided by time equal to 'Uot + %at2 foran object undergoing constant acceleration. has units of length divided by time squared. 1. position 2. velocity 3. acceleration A Question 7 (1 point) Retake question I: For a mousetrap car, the largest kinetic energy is present when: C] the car is first released C] when the trap has closed half way C] just after the trap snaps closed C] just before the car coasts to a rest Question 3 (5 points) Match the velocity curve (red) with the position (Blue) and acceleration (green) curves. https://phet.colorado.edu/en/simulation/moving-man Y IS HR IKI