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The question asks at which point the roller coaster has the greatest potential energy, with three labeled points: A, B, and C.

**Answer:**
The roller coaster has the greatest potential energy at the highest point, because potential energy depends on height (gravitational potential energy is \(PE = mgh\), where \(m\) is mass, \(g\) is the gravitational acceleration, and \(h\) is the height above ground). Since Point A is the highest point in the picture, **the roller coaster has the greatest potential energy at Point A**.

Would you like further details on this? Here are some related questions to explore this concept:

1. How does kinetic energy relate to potential energy in a roller coaster?
2. What happens to the potential energy as the roller coaster descends from Point A?
3. How does the height of the roller coaster affect its speed at the bottom of the track?
4. Can potential energy be negative? Under what circumstances?
5. How does mass affect the total energy of the roller coaster?

**Tip:** The total mechanical energy of a roller coaster (potential + kinetic) remains constant if we ignore friction and air resistance, allowing for energy transformations between heights and speeds!

At which point does the roller coaster have the greatest potential energy in the picture?

In this problem, learn why the roller coaster has the greatest potential energy at Point A using the concept of gravitational potential energy (PE = mgh). Suitable for students in Grades 6-8.

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