Wave-particle duality does not explain:
Correct answer: C. Mass
- A. Momentum
- B. Frequency
- C. Mass
- D. All of these
Explanation
In quantum physics, wave-particle duality states that any particle or quantum phenomenon can be represented as either a particle or a wave. It expresses the difficulty of classical terminology like "particle" and "wave" to completely characterize quantum-scale things' behavior.This behavior has been observed not just in elementary particles but also in composite particles such as atoms and molecules. Wave characteristics are frequently not detectable for macroscopic particles due to their relatively short wavelengths.As a result, mass isn't included because quantum mechanics doesn't contain it.
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About Photons and the Particle Model of Light
The particle model treats light as photons with energy E equals hf and momentum related to wavelength. Questions involve the photoelectric effect, work function, threshold frequency, stopping potential and photon energy, while distinguishing particle behaviour from the wave description of interference and diffraction.
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