Read the passage below:
In his 1913 formulation of atomic structure, Niels Bohr introduced quantum postulates that challenged classical electrodynamics. While classical theory dictated that accelerating electrons must continuously radiate energy and collapse into the nucleus, Bohr asserted that electrons occupy stable, non-radiating stationary states. Critics initially viewed this departure from Maxwellian physics with skepticism, arguing that Bohr's model lacked a physical mechanism to explain why such orbits should be exempt from radiation. To address these concerns and bridge the gap between quantum leaps and classical electrodynamic predictions at macroscopic scales, Bohr articulated the correspondence principle. This theoretical framework did not discard classical electrodynamics entirely; rather, it sought to qualify the domain of classical laws by demonstrating that quantum calculations asymptotically converge with classical predictions in the limit of large quantum numbers. Consequently, classical physics was reinterpreted not as an absolute truth, but as a limiting case valid only within macroscopic boundaries.
In the context of the passage, which of the following best captures the meaning of the word "qualify" as used in the fifth sentence?
- Acertify the competence of
- limit the applicability ofCevap
- Ccategorically refute the validity of
- Dunconditionally endorse the principles of
- Emathematically calculate the parameters of