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Section 5.1 Net Change in Position Distance Traveled

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

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

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

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

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

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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

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Kinetic Energy A moving object has energy because of its motion. This energy is called kinetic energy.

Kinetic Energy A moving object has energy because of its motion. This energy is called kinetic energy.

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