work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the...

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Page 1: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 2: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 3: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 4: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 5: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 6: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 7: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 8: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 9: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 10: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 11: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 12: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 13: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 14: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 15: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 16: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 17: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement

B > A = C = D

For A and C, there is no change in speed, hence no change in kinetic

energy and no work done. For D, the speed changes, but there is no change in kinetic energy (final K = initial K), so no work is done (negative

work from 15 s to 17.5 s is canceled by positive work from 17.5 s to 20 s). For B, the speed increases, as does the kinetic energy, so positive work is

done.

Page 18: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 19: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 20: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 21: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 22: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 23: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 24: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 25: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 26: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 27: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 28: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 29: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 30: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 31: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 32: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 33: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 34: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 35: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 36: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 37: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement
Page 38: work energy tipers - Dallastown Area School District · 2016-03-08 · normal force and the displacement is 900. Since work depends on the dot product of the force and displacement

work energy tipers - WCDE...The displacement for each skateboarder at all points on the hill is parallel to the surface of the hill, and the normal force at all points is perpendicular

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