Question

Where would the potential energy and kinetic energy be equal?

Question 2 options:

at the top


halfway down the ramp


just before hitting the bottom


at the bottom

In a skate park with skate boards

Answer 1

In the context of a skateboarder moving down a ramp, the potential energy and kinetic energy can be analyzed based on the position of the skateboarder on the ramp.

1. **At the top**: The skateboarder has maximum potential energy and minimum kinetic energy (typically zero if they are starting from rest).

2. **Halfway down the ramp**: This is generally where the potential energy and kinetic energy can be equal. As the skateboarder descends, potential energy is converted into kinetic energy.

3. **Just before hitting the bottom**: At this point, the skateboarder has minimum potential energy and maximum kinetic energy.

4. **At the bottom**: The potential energy is at its minimum (or zero if we consider this as the reference point), while kinetic energy is at its maximum.

Based on this analysis, the correct answer to your question is:

**Halfway down the ramp**.

At this point, the conversion process of potential energy to kinetic energy means they can be equal.