Questions: Ordering Question Click and drag on elements in order. Arrange the change in gravitational potential energy with the largest change in gravitational potential energy at the top and the smallest at the bottom. The mass of the object is the same in each case. Instructions An object moves from sea level to the top of a large mountain. An object moves from sea level to 5 m above sea level. An object moves horizontally. Need help? Review these concept resources. Read About the Concept Rate your confidence to submit your answer: High Medium Low Reading © 2024 McGraw Hill. All Rights Reserved. Privacy Center Terms of Use

Solution Steps

Gravitational potential energy (GPE) is given by the formula: \[ \text{GPE} = mgh \] where \( m \) is the mass of the object, \( g \) is the acceleration due to gravity, and \( h \) is the height above a reference point. Since the mass \( m \) is the same in each case, the change in gravitational potential energy depends only on the change in height \( h \).

1. Object moves from sea level to the top of a large mountain: This scenario involves a significant increase in height, resulting in a large change in gravitational potential energy.
2. Object moves from sea level to 5 m above sea level: This scenario involves a smaller increase in height compared to the first scenario, resulting in a smaller change in gravitational potential energy.
3. Object moves horizontally: In this scenario, there is no change in height, so the change in gravitational potential energy is zero.

Based on the analysis, we can arrange the scenarios in order of decreasing change in gravitational potential energy:

1. Object moves from sea level to the top of a large mountain.
2. Object moves from sea level to 5 m above sea level.
3. Object moves horizontally.

Final Answer