Across
- 1. Heisenberg ___ Principle
- 6. Atoms absorb energy and become ___
- 7. The number of orbitals in the d shell
- 10. The 4 electron shells (in order)
- 13. The “high point” of the wave
- 14. Electrons in the outermost energy shell
- 16. The unit of the constant c
- 17. Maximum number of electrons in the d shell
- 19. Electron Dot Structures: diagrams that show the # of ___ electrons
- 22. J (Plural)
- 23. what electrons emit when they fall back down to a normal energy level
- 24. Relationship between wavelength and frequency
- 26. c
- 29. longest wavelength color in the visible light spectrum
- 32. h
- 34. maximum number of electrons in the p shell
- 35. Number of orbitals in the p shell
- 37. The “low point” of the wave
- 38. Max number of electrons in one orbital
- 39. Relationship between the energy of light and frequency
- 40. Number of orbitals in the s shell
Down
- 2. Elements that have full outermost shells
- 3. 2nd method for writing electron configurations
- 4. The number of orbitals in the f shell
- 5. There are 3 ___ in the p subshell.
- 8. Clockwise or counterclockwise rotation of electrons
- 9. v
- 11. Inversely proportional to wavelength
- 12. (unit) = Hz
- 15. the number of ___ is equal to the number of electrons
- 18. 1st method for writing electron configurations
- 20. Electrons must occupy the ___ energy orbital available
- 21. λ
- 25. shortest wavelength color in the visible light spectrum
- 27. In order for an atom to be stable, # of protons and electrons must be ___
- 28. Unstable arrangements tend to become more stable by ___ energy
- 30. E
- 31. Maximum number of electrons in the f shell
- 33. maximum number of electrons in the s shell
- 36. How many valence electrons does Silicon have? (Atomic# 14)
