Question

Which of the following is best determined by applying the principles of relativity and uncertainty, as opposed to those of Newtonian physics? A. The position of a train B. The position of a particle in a particle accelerator C. The length of an accelerating sprinter D. The velocity of a bungee jumper

Answer 1

The position of a particle in a particle accelerator is the principles of relativity and uncertainty, as opposed to those of Newtonian physics. The correct option is B.

What is principles of relativity and uncertainty?

The uncertainty principle, states that in the physical realm, it is impossible to know two quantities with complete accuracy at the same time, such as a particle's location and momentum.

The uncertainty principle is significant because it aids physicists in understanding how things work at the subatomic level.

The stance of a particle in a particle accelerator is determined by relativity and uncertainty principles, as opposed to Newtonian physics.

Thus, the correct option is B.

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