1. Ch. 5- Electron Spectr oscopy PeopleQuantum Numbers Electron Hotel Electron Configurati on 100 200 300 400 500

2. 100-Spectroscopy # of peaks per second frequency Go back to game

3. 200- Spectroscopy Little packet of light energy photon Go back to game

4. 300- Spectroscopy Type of physics studying small particle moving at the speed of light Quantum physics Go back to game

5. 400- Spectroscopy Color of visible light that has the shortest wavelength violet Go back to game

6. 500- Spectroscopy Type of spectrum that has a rainbow background with black lines Absorption spectrum Go back to game

7. 100-People Discoverer of wave-particle duality De Broglie Go back to game

8. 200-People Discovered photoelectric effect Einstein Go back to game

9. 300-People Stated that no two electrons can have the same set of 4 quantum numbers Pauli Go back to game

10. 400-People Stated that it is impossible to know the exact location and velocity of an electron at the same time Heisenberg Go back to game

11. 500-People Person that gave us the equation for the 4 quantum numbers Schrodinger Go back to game

12. 100- Quantum Numbers Maximum number of electrons that can fit in the 3 rd energy leve; 18 Go back to game

13. 200-Quantum Numbers The principle quantum number gives you information about the. Energy level Go back to game

14. 300-Quantum Numbers Magnetic quantum number (the 3 rd quantum number) tells you this # positions or orbitals (1,3,5,7) Go back to game

15. 400-Quantum Numbers Quantum number with the symbol L Angular momentum (sublevel, s, p, d, f) Go back to game

16. 500- Quantum Numbers Principle that states that electrons will fill the lowest energy levels 1st Aufbau Principle Go back to game

17. 100-Electron Configuration Rule that gives you the order for filling the electrons Diagonal rule or arrow diagram Go back to game

18. 200-Electron Configuration Type of configuration that gives you the most details about an atom Orbital notation Go back to game

19. 300- Electron Configuration Electron dot notation for helium He: Go back to game

20. 400-Electron Configuration Orbital notation for nitrogen Go back to game

21. 500-Electron Configuration Electron configuration for bromine 1s 2 2s 2 2p 6 3s 2 3p 6 4s 2 3d 10 4p 5 Go back to game

22. 100-Electron Hotel shape of the d orbital Double peanut Go back to game

23. 200- Electron Hotel # of electrons needed to completely fill the 4f orbitals 14 Go back to game

24. 300- Electron Hotel # of positions possible for the p orbitals 3Go back to gameGo back to game

25. 400- Electron Hotel Energy level and sublevel with the lowest energy 1s Go back to game

26. 500-Electron Hotel Rule that states that orbitals of equal energy are each occupied by 1 electron before being filled by a second electron Hund’s Rule Go back to game