Question

How much you weigh on an imaginary planet that has no gravitational force? give reason

Answer 1

Our mass is constant but our weight depends on the gravitational force of our planet. If there is no gravitational force on the planet, our weight will be 0

Answer 2

Answer:

On an imaginary planet that has no gravitational force, the weight of our body will be zero.

Explanation:

• Physical characteristics like volume, density, and mass define all objects.
• Although we don't often think of our bodies as physical objects, they have the same characteristics as any other object. Newton's principles state that the weight of an object on Earth is equal to its mass times the gravitational acceleration (w = m * g).
• In other words, an object's weight is defined by the force of gravity acting on it. As a result, an object's physical weight may vary depending on where it is.
• For example, if a body weighs 54 kg on Earth, its weight on the Moon will be just over 9 kg since the Earth's gravitational pull is six times greater than that of the Moon.
• Similarly, if a planet does not have any gravitational force, the weight of any object would be zero.

Thus, On an imaginary planet that has no gravitational force, the weight of the object will be zero.

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