8. The paths of a roller coaster have been provided for different rides. Assuming each of the coasters starts the path from the same initial height, with the same initial velocity, and no friction; compare the speeds of the roller coaster for tracks A- D when they arrive at the horizontal section on dashed line final height at the end of the track (marked with an X). Justify your comparison with basic physics concepts (think about the energy bar graphs) and indicate any assumptions made.
8. The paths of a roller coaster have been provided for different rides. Assuming each of the coasters starts the path from the same initial height, with the same initial velocity, and no friction; compare the speeds of the roller coaster for tracks A- D when they arrive at the horizontal section on dashed line final height at the end of the track (marked with an X). Justify your comparison with basic physics concepts (think about the energy bar graphs) and indicate any assumptions made.
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Transcribed Image Text:8. The paths of a roller coaster have been provided for different rides. Assuming each of the coasters starts the
path from the same initial height, with the same initial velocity, and no friction; compare the speeds of the
roller coaster for tracks A - D when they arrive at the horizontal section on dashed line final height at the
end of the track (marked with an X). Justify your comparison with basic physics concepts (think about
the energy bar graphs) and indicate any assumptions made.
Initial H
C
A
Final H
pg. 2 of 3
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