Across
- 2. entire config for vanadium
- 4. number of p orbitals in a set of them
- 5. code that tells us where electrons are in atoms
- 7. shiny, lose electrons, conductors
- 8. the positive pull an electron feels from the nucleus
- 14. packet of energy
- 15. 6.626 x 10^-34 Js
- 17. created model where electrons are the orbital
- 19. an electron does this when it emits a photon
- 22. equals hc/lambda
- 23. equals c/nu (nu is the name of a variable
- 30. showed physics that there is no "exact" anymore, ever
- 31. dull, gain electrons, insulators
- 32. ionization energy increases this way on the PC
- 33. increases up and right, and down and left from the stair-step line
- 36. official name for atomic size in chemistry
- 38. where an electron can be in an atom according to schrodinger
- 40. when an electron is not in the ground state
- 41. energy required to pull an electron completely off of an atom
- 44. from UV and up
- 45. the little superscripted numbers in configurations tell us this
- 47. how energy travels through space
Down
- 1. types of orbitals in the 3rd principle energy level on the periodic chart
- 3. 3 x 10^8 m/s
- 6. to get to a higher orbital an electron must do this
- 9. name of next to last column on periodic chart
- 10. when an electron has the lowest energy possible
- 11. shortcut for configurations
- 12. another term for infrared
- 13. as wavelength goes up frequency goes
- 16. created model where electrons are on the rings
- 18. as one goes up the other one goes down
- 20. name of first column
- 21. all electromagnetic radiation travels
- 24. highest energy we can see
- 25. ionic radius increases this way on the PC
- 26. tendency of an atom to pull electrons in bonds towards itself
- 27. valence config for arsenic
- 28. created first periodic chart
- 29. elements along the stair-step line
- 34. low energy wavelength
- 35. highest every radiation
- 37. number of electrons in selenium's lewis structure
- 39. the types of orbitals in order of increasing complexity
- 42. another name for a row on the periodic chart
- 43. photons we can see
- 46. another name for a column on the periodic chart
