How did the Bohr model of the atom affect scientific thought

Bohr's atomic model is based on the fact that the nucleus is a positive center and that the helix contains negatively charged electrons.

The electrons are so that it was discovered that they rotate around the nucleus in a circular way, this phenomenon was not believed before this discovery.

Bhor's postulate corrupted with some thoughts that were believed in 1913, which were abolished.

Bohr's postulate presented three updates, so there was a first postulate, a second postulate, and a third postulate. That is why it is considered as a dynamic postulate in science.

Also in 1913 it was discovered that as the electron is further from the nucleus, that is to say in the lower orbits, the more potential energy this electron would have.

The movements of the electrons and their exit from orbit are associated with a release of energy, where it is determined what is this energy released in the form of a photon.

Explanation:

Some associated Bohr's postulate as a small solar system, that is, it associated the nucleus with the sun and the electron orbits with the planetary orbits.

Bohr's atomic model was the one that impelled the objective imagination of the shape of an atom, since little information or little association was obtained in science on the atomic structure.

This atomic model opened doors to other knowledge, and other chemical phenomena were better understood, such as chemical unions, the assignment of names or signs to orbits, chemical reactions, energy emissions, among others.

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