2.5 Electrons & the Electromagnetic Spectrum
SAP-8.B Explain the properties of an absorbed or emitted photon in relationship to an electronic transition in an atom or molecule.
SAP-8.A Explain the relationship between a region of the electromagnetic spectrum and the types of molecular or electronic transitions associated with that region.
SAP-8.A Explain the relationship between a region of the electromagnetic spectrum and the types of molecular or electronic transitions associated with that region.
2.5a Coulombic attraction POGIL
2.5b Electron energy & light POGIL
2.5c Photoelectric effect PhET
2.5d Flame test lab
2.6 Electron Configurations & PES
SAP-1.A Represent the electron configuration of an element or ions of an element using the Aufbau principle.
SAP-1.B Explain the relationship between the photoelectron spectrum of an atom or ion and: (1) the electron configuration of the species; (2) the interactions between the electrons and the nucleus.
SAP-1.B Explain the relationship between the photoelectron spectrum of an atom or ion and: (1) the electron configuration of the species; (2) the interactions between the electrons and the nucleus.
2.6a Shells POGILish
Objectives
- Be able to explain Coulomb's law and how distance and charge impact the energy to remove an electron.
- Be able to explain why removing an electron is an endothermic process.and why it isn't an exothermic process.
- Be able to explain how the amount of energy needed to remove an electron is related to how electrons are organized within an atom.
- Be able to explain the energy difference in removing an electron versus exciting it.
2.6b Electron configuration POGIL
2.6c Electron configuration & quantum mechanics
2.6d Photoelectron spectroscopy (PES)
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