By applying the principles of relativity and uncertainty, rather than Newtonian physics, the position of an electron is best determined. The correct option is D.
It states that position and the velocity of an object can't be measured exactly at the same time. One of them may have the approximate value, using the principle of uncertainty.
Every object is moving relative to some frame of reference. So, exact velocity and at what position an object is, can't be find by theory of Newtonian physics. Speed of a truck, length of object at rest and position of a flying bird flying overhead can be found using the Newtonian physics.
An electron is very minute particle whose velocity is unpredictable at any location. So, the position of an electron is best determined by the theory of relativity and uncertainty.
Thus, The correct option is D.
Learn more about principle of uncertainty.
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