DefineHund'sRuleIdentify thisequation andexplain: c =λfExcitedelectronsemit light inline spectra.Sketch a linespectrum.Draw orbitaldiagrams forSn, Sn2+,and Sn4+What isthe dualnature ofelectrons?Give electronandabbreviatedconfigurationsfor S and Sr2+What isthe PauliExclusionPrinciple?Draw orbitaldiagrams forFe, Fe2+,and Fe3+Use orbitaldiagrams toshow sp, sp2,and sp3hybrid orbitals.DefinenucleusGive electronandabbreviatedconfigurationsfor Fe, Fe2+,and Fe3+DefineisotopeWhat is amole ofsubstance?DefineionWhat isan atomicorbital?Describethe PlumPuddingModelWhat isanatom?Identify thisequation andgive themeaning ofeach symbol.E=hvDefine anddescribe thefourquantumnumbersDefinethe BohratomWhat is aquantum?DefineHund'sRuleIdentify thisequation andexplain: c =λfExcitedelectronsemit light inline spectra.Sketch a linespectrum.Draw orbitaldiagrams forSn, Sn2+,and Sn4+What isthe dualnature ofelectrons?Give electronandabbreviatedconfigurationsfor S and Sr2+What isthe PauliExclusionPrinciple?Draw orbitaldiagrams forFe, Fe2+,and Fe3+Use orbitaldiagrams toshow sp, sp2,and sp3hybrid orbitals.DefinenucleusGive electronandabbreviatedconfigurationsfor Fe, Fe2+,and Fe3+DefineisotopeWhat is amole ofsubstance?DefineionWhat isan atomicorbital?Describethe PlumPuddingModelWhat isanatom?Identify thisequation andgive themeaning ofeach symbol.E=hvDefine anddescribe thefourquantumnumbersDefinethe BohratomWhat is aquantum?

Unit 2 - Atomic Structure - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. Define Hund's Rule
  2. Identify this equation and explain: c = λf
  3. Excited electrons emit light in line spectra. Sketch a line spectrum.
  4. Draw orbital diagrams for Sn, Sn2+, and Sn4+
  5. What is the dual nature of electrons?
  6. Give electron and abbreviated configurations for S and Sr2+
  7. What is the Pauli Exclusion Principle?
  8. Draw orbital diagrams for Fe, Fe2+, and Fe3+
  9. Use orbital diagrams to show sp, sp2, and sp3 hybrid orbitals.
  10. Define nucleus
  12. Give electron and abbreviated configurations for Fe, Fe2+, and Fe3+
  13. Define isotope
  14. What is a mole of substance?
  15. Define ion
  16. What is an atomic orbital?
  17. Describe the Plum Pudding Model
  19. What is an atom?
  20. Identify this equation and give the meaning of each symbol. E=hv
  21. Define and describe the four quantum numbers
  22. Define the Bohr atom
  24. What is a quantum?