As the energy level of an orbit becomes more negative, does the electron experience a stronger or weaker attraction to the nucleus?.

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jasminedabney6510 jasminedabney6510

25-10-2022
Chemistry

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As the energy level of an orbit becomes more negative, does the electron experience a stronger or weaker attraction to the nucleus?.

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kumarravichandra kumarravichandra · Answer 1 · 2022-11-04T06:13:25-04:00

We must now decide whether the attraction or repulsion becomes weaker or stronger.

The attraction increases as electrons come nearer to the nucleus. We must first define the conditions that can lead to attraction and those that can lead to repulsion. In electrical interactions: By the rules governing electric charges; unlike poles attract, as poles repel.

Additionally, the nucleus of an atom in the atomic model has a positive charge because it contains protons, which have a positive charge, and neutrons, which have no charge. Because the electrons orbit their orbit and the nucleus is positively charged. The force is an attracting force as a result.

As is common knowledge, the strength of an attraction or repulsion depends inversely on the distance between two objects. energized particles (the electrons and the nucleus in this case). The force of attraction between an electron and a nucleus grows as the distance between them decreases as an electron approaches the nucleus. The attraction force will eventually get greater as an electron gets closer to the nucleus because of the shorter distance between them.

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