An object is transported to three different planets in the solar system.
Which statement is true about that object?
Responses
The object’s mass and weight stay the same.
The object’s mass and weight stay the same.
The object’s weight changes, but its mass stays the same.
The object’s weight changes, but its mass stays the same.
The object’s mass and weight both change.
The object’s mass and weight both change.
The object’s mass changes, but its weight stays the same.
The object’s mass changes, but its weight stays the same.
The object's mass stays the same, but its weight changes.
The correct statement is: "The object's weight changes, but its mass stays the same."
The correct response is: "The object’s mass stays the same, but its weight changes."
Explanation:
Mass and weight are two different properties of an object.
Mass refers to the amount of matter an object contains and is a fundamental property. It does not change regardless of the location or environment.
Weight, on the other hand, is the force with which an object is pulled towards the center of the planet or celestial body it is on. Weight depends on the gravitational pull of the planet or celestial body, which varies from one place to another.
Therefore, when an object is transported to different planets in the solar system, its mass remains constant because it is an intrinsic property of the object. However, its weight changes because the gravitational pull of each planet is different.