This graph shows different types of energy for a roller coaster car that starts at the top of a large hill and goes down to its lowest point at 6 s. Energy of a Roller Coaster Car 500 450 400 According to the graph, what is the most likely relationship between height and potential energy? 350 2 300 250 200 150 100 50 10 Time (s) - Mechanical Energy ....... Potential Energy Kinetic Energy Your answer: O They are directly related. O They are inversely related. O There is no relationship between the two. O There is not enough information for a conclusion.

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Chapter1: Units, Trigonometry. And Vectors
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Question 8
This graph shows different types of energy for a roller coaster car that starts at the top of
a large hill and goes down to its lowest point at 6 s.
Energy of a Roller Coaster Car
500
450
400
According to the graph, what is the most likely relationship between height and potential
energy?
350
3 300
S 250
200
150
100
50
10
Time (s)
- Mechanical Energy
...... Potential Energy
Kinetic Energy
Your answer:
O They are directly related.
O They are inversely related.
O There is no relationship between the two.
O There is not enough information for a conclusion.
Transcribed Image Text:Question 8 This graph shows different types of energy for a roller coaster car that starts at the top of a large hill and goes down to its lowest point at 6 s. Energy of a Roller Coaster Car 500 450 400 According to the graph, what is the most likely relationship between height and potential energy? 350 3 300 S 250 200 150 100 50 10 Time (s) - Mechanical Energy ...... Potential Energy Kinetic Energy Your answer: O They are directly related. O They are inversely related. O There is no relationship between the two. O There is not enough information for a conclusion.
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