Question

Explain the failure of classical mechanics to explain properties of particls at atomic and sub atomic level

Answer 1

Answer:

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Answer 2

• Classical or Newtonian mechanics cannot explain such phenomena as black body radiation, the photoelectric effect, or the dependence of the heat capacity of a substance on temperature.
• Phenomena such as the Chromatin effect, quantum mechanical tunneling, and the Raman effect cannot be explained by classical mechanics.
• Classical mechanics is a theory that can be used to study the motion of low-energy non-quantum mechanical particles in weak gravitational fields.
• This also extends into the complex realm, where complex classical mechanics behaves similarly to quantum mechanics.
• Complete step-by-step solution: Classical or Newtonian mechanics cannot explain such phenomena as blackbody radiation, photoelectric effect, and dependence of heat capacity of a substance on temperature.
• Classical mechanics cannot explain phenomena such as the chromton effect, quantum mechanical tunneling, or the Raman effect.
• . The wave nature of particles is neglected by classical mechanics.
• Therefore, this is not at all true for atoms, where even the smallest particles, such as electrons, have dual properties (body and wave). Quantization was introduced due to the failure of classical methods.
• The concept of black body radiation to explain the ideal way.

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