A diagram shows how gravity on Earth works on an object located in different spots in a seaside community. Where is gravity between Earth and an object the strongest? (1 point)

JURSE TOOLS
• when an object is at sea level
• when the object is on the highest branch of a pine tree
• when the object is on top of a nearby mountain
© when the object is on top of a telephone pole

The gravity between Earth and an object is strongest when the object is at sea level.

The diagram shows that gravity between Earth and an object is strongest when the object is on top of a telephone pole.

To determine where gravity is the strongest between Earth and an object in a seaside community, we need to understand that gravity is an attractive force that pulls objects toward the center of the Earth. The strength of gravity depends on the distance between the object and the Earth's center. The closer the object is to the center, the stronger the gravitational pull.

1. When an object is at sea level: At sea level, the object is closest to the Earth's center compared to the other options given. Therefore, gravity between Earth and the object will be the strongest here.

2. When the object is on the highest branch of a pine tree: The height of a pine tree does not significantly affect the object's distance from the Earth's center compared to being at sea level or on top of a mountain. Thus, gravity will be weaker at this location compared to sea level.

3. When the object is on top of a nearby mountain: Being on top of a mountain will increase the distance between the object and the Earth's center. As a result, gravity will be slightly weaker here than at sea level.

4. When the object is on top of a telephone pole: Although being on top of a telephone pole increases the object's height, it still does not significantly change its distance from the Earth's center compared to the previous options. Therefore, gravity will be weaker here compared to sea level.

In summary, gravity between Earth and an object is strongest when the object is at sea level.