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= 36.0 m, y = 38.2 m, z = 43.2 m a. Assuming the track is frictionless, what is the minimum speed required at Point A for the roller-coaster to reach Point B? b. If the roller-coaster starts at Point A with this speed, how fast will it be going when it reaches Point B? c. What will be the maximum speed of the roller-coaster during this part of its trip

= 36.0 m, y = 38.2 m, z = 43.2 m a. Assuming the track is frictionless, what is the minimum speed required at Point A for the roller-coaster to reach Point B? b. If the roller-coaster starts at Point A with this speed, how fast will it be going when it reaches Point B? c. What will be the maximum speed of the roller-coaster during this part of its trip

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x = 36.0 m, y = 38.2 m, z = 43.2 m

a. Assuming the track is frictionless, what is the minimum speed required at Point A for the roller-coaster to reach Point B?

b. If the roller-coaster starts at Point A with this speed, how fast will it be going when it reaches Point B?

c. What will be the maximum speed of the roller-coaster during this part of its trip?

The picture of a roller-coaster track below is not necessarily to scale. Me A B (x = 36.0 m, y = 38.2 m, and z = 43.2 m) %3D
Transcribed Image Text:The picture of a roller-coaster track below is not necessarily to scale. Me A B (x = 36.0 m, y = 38.2 m, and z = 43.2 m) %3D
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