Atomic Structure Crossword Puzzle

1234567891011121314151617181920212223242526272829303132333435363738394041
Across
  1. 8. single electrons with the same spin must occupy each equal energy orbital before additional electrons with opposite spin can occupy the same orbital
  2. 10. the number of protons
  3. 11. what does the e in the energy formula stand for
  4. 13. the height of a wave
  5. 15. the color that emits the least energy
  6. 17. what as a maximum of 2 electrons each
  7. 20. energy formula
  8. 22. what is the other method for e configuration writing besides aufbau principle
  9. 23. electrons in the outermost energy shell
  10. 24. wavelength what wavelength is lower frequency
  11. 25. atoms with the same number of protons but different amount of neutrons
  12. 26. sub-atomic particles with a +1 charge
  13. 27. these do not add anything to the mass number but they do balance out the positive charge of the protons in the nucleus
  14. 29. frequency what frequency is shorter wavelength
  15. 33. sum of protons and neutrons
  16. 35. what do atomic orbitals depict about an electron
  17. 36. there is a nonzero probability of finding an electron anywhere in our universe
  18. 38. the relationship between frequency and wavelength
  19. 39. lowest point of a wave
  20. 41. a max of 2 electrons can inhabit 1 orbital, but only if they have opposite spin
Down
  1. 1. how to atoms become "excited"
  2. 2. [Ne]3s^1 is an example of what
  3. 3. which element contains 16 electrons
  4. 4. arrangement of electrons that always sit at the lowest energy rows first
  5. 5. the color that emits the most energy
  6. 6. atoms that have gained or lost one or more electrons
  7. 7. the h in the energy formula
  8. 9. what does every atom have
  9. 12. if a charged object moves with an acceleration, it would do what to electromagnetic waves
  10. 14. atoms with negative charge
  11. 16. 3.00 x 10^8 m/s
  12. 18. what formula is c=λν
  13. 19. measure of wavelength
  14. 21. atoms with positive charge
  15. 28. the v in the energy formula
  16. 30. minimum amount of energy that can be gained or lost by an atom
  17. 31. measure of frequency
  18. 32. electrons occupy the lowest energy orbital available
  19. 34. how many electrons occupy outermost orbitals in the element sulfur
  20. 37. sub-atomic particles with zero charge
  21. 40. highest point of a wave