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The orbital revolutionof the electron is not expected to be stable.Any particle in a circular orbit would undergo accleration.

During accleration,charged particles would radiate energy.Thus,revolving electrons would lose energy and finally fall into nucleus.If they were so,the atom would be highly unstable and hence matter would not exist in the form that we know.We know that atoms are quite stable.

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12y ago
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8y ago

The Bohr model added the effects of Quantum Mechanics to the Rutherford model, solving both its problem of why the electron orbits don't spiral inward to the nucleus while radiating electromagnetic radiation and explaining the already known spectral line emission/absorption properties.

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11y ago

atom with large space with electron surrounded

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13y ago

Bohr gave Rutherford's atomic model a shell structure,

and fixed a circular orbit around the nucleus.

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Q: How did Niels Bohr's model of an atom differ from that of his predecessor Ernest Rutherford?
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