1. Section 5.1 Net Change in Position Distance Traveled

2. POSITION s(t) VELOCITY v(t) ACCELERATION a(t) DIFFERENTIATEDIFFERENTIATE INTEGRATEINTEGRATE

4. Given a) Graph the function b) Find the total distance traveled 1.273 c) Find the net distance traveled

5. Given a) Graph the function b) Find the total distance traveled 40 c) Find the net distance traveled 0

6. Given a) Find s(t) b) Find the total distance traveled 15 c) Find the net distance traveled -5

7. Find the net change in body position from t = 0 to t = 2 if 4

8. Five points extra credit to the first individual that can give the teacher a written explanation as to why the number 22,404,422 is affiliated with problem #17 in Section 5.1 22404422 17a) Total Distance = 2, Net Distance = 2 17b) Total Distance = 4, Net Distance = 0 17c) Total Distance = 4, Net Distance = 4 17d) Total Distance = 2, Net Distance = 2