Final answer:
To overcome limitations in quantum mechanics, repeated experiments, model creation, and further studies are essential for understanding the behaviors of atomic and subatomic particles that exhibit wave-particle duality, a concept at odds with classical mechanics.
Step-by-step explanation:
Quantum mechanics is the study of the motion of objects at the atomic or subatomic scale, where classical mechanics become inadequate. Practical ways to overcome limitations in quantum mechanics primarily include performing repeated experiments to verify results, creating models that help predict and understand behaviors, and further studies in different settings or with varied parameters to test the robustness of the theory. These approaches help in deepening our understanding of the quantum world, despite its inherent strangeness and the wave-particle duality of electrons which challenges classical notions.
Quantum mechanics, which deals with particles that are atomic or subatomic in size like electrons and protons, often presents bizarre behaviors when compared to classical physics. The findings in quantum mechanics have been described as strange because in this realm, particles can exhibit both wave-like and particle-like properties simultaneously, a phenomenon that is not observed in the macroscopic world governed by classical physics.