3. Shown below is the acceleration function for a particle over the approximately first two secondsof its motion. Draw an approximate graph of velocity as a function of time assuming v, = 0 m/s.alt)t2015105.0.51.01.52.02.54. Let vector A point from the origin into the first quadrant of the xy plane and vector B point fromthe origin into the third quadrant. The vector Ă – B must be in which quadrant?

From the this curve a-t t= 0 1.12 1.75 2 s v=0 - 5.6 0 10 m/s using…

3. Shown below is the acceleration function for a particle over the approximately first two seconds of its motion. Draw an approximate graph of velocity as a function of time assuming vo = 0 m/s. a(t) v t 20 15 10 0.5 1.0 1.5 2.0 2.5 4. Let vector A point from the origin into the first quadrant of the xy plane and vector B point from the origin into the third quadrant. The vector A – B must be in which quadrant?

3. Shown below is the acceleration function for a particle over the approximately first two seconds of its motion. Draw an approximate graph of velocity as a function of time assuming vo = 0 m/s. a(t) v t 20 15 10 0.5 1.0 1.5 2.0 2.5 4. Let vector A point from the origin into the first quadrant of the xy plane and vector B point from the origin into the third quadrant. The vector A – B must be in which quadrant?