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Understanding Atomic Structure: Bohr Model and Energy Sublevels

This educational resource explores the Bohr model of the atom, elaborating on fundamental principles such as the dependence of atomic radius on outermost electrons, the positive nature of the nucleus, and the negative charge of electrons. It illustrates how oppositely charged particles attract and emphasizes that electrons can only occupy specific energy levels. By employing deductive reasoning, this guide provides a rough plot of atomic radius as a function of atomic number and includes the concepts of atomic weight and first ionization energy, helping students visualize the relationships in atomic structure.

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Understanding Atomic Structure: Bohr Model and Energy Sublevels

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Presentation Transcript

  1. Periodic Table

  2. Bohr Model

  3. Energy of Atomic Sublevels

  4. Basic Premises (1) Radius is dependent upon outermost electrons (2) Nucleus is positive (3) Electrons are negative (4) Opposites attract (5) Electrons can occupy only specific energy levels Using deductive reasoning, create a rough plot of Atomic radius as a function of atomic number.

  5. Atomic Weight

  6. Atomic Radius Complete the graph

  7. Atomic Radius

  8. 1st Ionization Energy Complete the Graph

  9. 1st Ionization Energy

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