The correct answer choice which best determined by applying the principles of relativity and uncertainty, rather than Newtonian physics is :
The momentum of an object moving at close to the speed of light.
Heisenberg uncertainty principle gave an explanation to this. According to uncertainty principle, it very difficult to determine the exact quantities of each of momentum and the speed of light at the same time or simultaneously, so only one of these quantities can be deduced at a time. This is why we can apply the principle of relativity and uncertainty to the aforementioned above
Werner Heisenberg proposed this principle of relativity and uncertainty. This principle of uncertainty state that: the position and the velocity of an object cannot both be measured exactly
What this implies is that an accurate measurement of speed and position of any object cannot be measured
So therefore, the correct answer choice which best determined by applying the principles of relativity and uncertainty, rather than Newtonian physics is :
The momentum of an object moving at close to the speed of light.
Learn more about Newtonian physics:
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