32. Which of these statements is most likely correct about Newton's law on gravity?

A. It does not explain why objects exert gravitational force.
B. It does not describe the relationship between objects and forces.
C. It can be changed by new experimentation and investigation.
D. It can be used to prove that theories on gravity are non-observable.

Newton's law of universal gravitation explains the attractive force between two objects based on their masses. The evolution of scientific theories, such as General Relativity, demonstrates the dynamic nature of physics.

Explanation:

Newton's law of universal gravitation states that the magnitude of the attractive force between two objects is given by F = Gm₁m₂/r². This law is essential in understanding how objects interact gravitationally in the universe.

Theories in physics are not static and are subject to change based on new observations. For example, Albert Einstein's Theory of General Relativity provided a more accurate explanation of gravity in certain situations.

Newton's law of gravity was a foundational concept, but the development of new theories like General Relativity highlights the dynamic nature of scientific understanding.

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