1 / 20

Understanding the Planetary Model and Electron Orbitals in Atoms

This overview explains key concepts in atomic structure, focusing on the planetary model of the atom developed by Niels Bohr. It discusses the arrangement of electrons in orbitals based on subshell types (s, p, d, f) and their capacity. The description includes Lewis dot diagrams, emphasizing valence electrons and their significance in chemical bonding. Additionally, wave properties such as amplitude and wavelength are addressed, enhancing the understanding of atomic behavior. This information is crucial for students studying chemistry and atomic theory.

mare
Télécharger la présentation

Understanding the Planetary Model and Electron Orbitals in Atoms

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. NOTES – NOV 1

  2. Who developed the planetary model of the atom where the electrons circle the nucleus in rings?

  3. Who developed the planetary model of the atom where the electrons circle the nucleus in rings? • BOHR

  4. What are Lewis DOT DIAGRAMS talking about….?

  5. What are Lewis DOT DIAGRAMS talking about….? • VALENCE ELCTRONS

  6. According to the wave diagram, which letter represents the wave’s amplitude

  7. According to the wave diagram, which letters represents the wave’s wavelength?

  8. According to the wave diagram, which letter represents a crest?

  9. Frequency is the amount of waves pass ina given second.

  10. ORBITAL ORBITAL = holds two electrons (2 boxes). Think of a Twix wrapper or shoebox

  11. ORBITAL ORBITAL = holds two electrons (2 boxes). Think of a Twix wrapper or shoebox F section = 14 electrons / 2 = 7 orbitals

  12. ORBITAL ORBITAL = holds two electrons (2 boxes). Think of a Twix wrapper or shoebox F section = 14 electrons / 2 = 7 orbitals D section= 10 electrons / 2 = 5 orbitals

  13. ORBITAL ORBITAL = holds two electrons (2 boxes). Think of a Twix wrapper or shoebox F section = 14 electrons / 2 = 7 orbitals D section= 10 electrons / 2 = 5 orbitals S section = 2 electrons/2 = 1 orbital

  14. ORBITAL ORBITAL = holds two electrons (2 boxes). Think of a Twix wrapper or shoebox F section = 14 electrons / 2 = 7 orbitals D section= 10 electrons / 2 = 5 orbitals S section = 2 electrons/2 = 1 orbital P section = 6 electrons/2 = 3 orbitals

  15. SUBSHELL • SUBSHELL / SUBLEVEL = all the way across the section

  16. SUBSHELL • SUBSHELL = all the way across the section • F subshell = 14

  17. SUBSHELL • SUBSHELL = all the way across the section • F subshell = 14 • P subshell = 6

  18. SUBSHELL • SUBSHELL = all the way across the section • F subshell = 14 • P subshell = 6 • D subshell = 10

  19. SUBSHELL • SUBSHELL = all the way across the section • F subshell = 14 • P subshell = 6 • D subshell = 10 • S subshell = 2

  20. EXAMPLE OF QUESTION • What is the maximum number of electrons that any d subshell can hold?

More Related