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27 Nov 2019
Newtonâs laws of motion, such as trajectory and momentum, do not apply to subatomic particles as they do to larger objects such as baseballs. Research how subatomic particles (protons, neutrons, and electrons) behave and compare their behavior to the behavior of macroscopic particles that are governed by classical Newtonian physics.
· How does the quantum, subatomic world differ from the world we can see and touch around us?
· Specifically, do the same laws of classical physics for such things as momentum work in the subatomic world?
Newtonâs laws of motion, such as trajectory and momentum, do not apply to subatomic particles as they do to larger objects such as baseballs. Research how subatomic particles (protons, neutrons, and electrons) behave and compare their behavior to the behavior of macroscopic particles that are governed by classical Newtonian physics.
· How does the quantum, subatomic world differ from the world we can see and touch around us?
· Specifically, do the same laws of classical physics for such things as momentum work in the subatomic world?
Casey DurganLv2
9 Sep 2019