QuestionApril 25, 2025

How does Bohr's model overcome the issue of radiation from accelerating electrons? By allowing only certain orbits where no radiation occurs By assuming electrons are massless By using a relativistic speed correction By eliminating the concept of electron movement

How does Bohr's model overcome the issue of radiation from accelerating electrons? By allowing only certain orbits where no radiation occurs By assuming electrons are massless By using a relativistic speed correction By eliminating the concept of electron movement
How does Bohr's model overcome the issue of radiation from accelerating electrons? By allowing only certain orbits where no radiation occurs By assuming electrons are massless By using a relativistic speed correction By eliminating the concept of electron movement

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By allowing only certain orbits where no radiation occurs Explanation 1. Identify the core concept of Bohr's model Bohr's model introduces quantized orbits where electrons do not radiate energy. 2. Explain why radiation does not occur Electrons in these quantized orbits have specific, allowed energy levels and do not emit radiation while in these stable orbits.

Explanation

1. Identify the core concept of Bohr's model<br /> Bohr's model introduces quantized orbits where electrons do not radiate energy.<br /><br />2. Explain why radiation does not occur<br /> Electrons in these quantized orbits have specific, allowed energy levels and do not emit radiation while in these stable orbits.
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