Answer: The object's weight will increase.
Explanation:
The acceleration due to gravity on a planet's surface depends on both its mass and radius. Since Jupiter has more mass and is larger than Earth, its gravitational pull is significantly stronger.
Therefore, if an object with a certain weight on Earth is placed on Jupiter's surface, it will experience a much greater gravitational force on Jupiter. In other words, the object's weight on Jupiter would be significantly higher than its weight on Earth.
The formula for weight is given as:
W = m×g, where:
Since Jupiter's gravity is stronger than Earth's due to its mass and radius, the weight of an object on Jupiter will increase.
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