* Force is not a property of an object, it's an interaction. A 100 kg weight doesn't inherently have 2000 Newtons of force. Force is what happens when one object interacts with another.

* Gravity is the force acting on the weight. The Earth's gravity pulls on the 100 kg weight with a force of approximately 980 Newtons (100 kg * 9.8 m/s²).

* Force changes with acceleration. If the weight is falling freely, its acceleration is due to gravity (9.8 m/s²), and the force acting on it is the 980 Newtons of gravitational force. If you were to somehow accelerate the weight downwards faster than gravity, then the force would be greater than 980 Newtons.

To get a force of 2000 Newtons, you'd need to apply an additional force to the weight. This could be done by pushing or pulling on the weight, or perhaps by using a strong magnet.

In summary:

* A 100 kg weight falling freely experiences 980 Newtons of force due to gravity.

* To get a force of 2000 Newtons, you would need to apply an additional force to the weight.