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Quiz review
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  1. Quiz review Lewis Structures, VSEPR shape, polarity, and IMFs Get started!

  2. Draw the Lewis Structure for…. SBr6 HNO3 Once you have drawn a Lewis Structure, click on the molecule to check your answer and complete the rest of the questions H2S OF4 CO32- KrF4 SiCl4 BCl3 I3- TeO2

  3. What is its shape? tetrahedral angular linear

  4. Try again!! Go back

  5. Angular…Very good! What is the polarity? Polar Nonpolar

  6. Try again!! Go back

  7. Polar…Very good! What is its principal IMF? London Dispersion Dipole - Dipole Hydrogen Bonding

  8. Try again!! Go back

  9. Dipole-Dipole…Very good! This molecule is angular because it has 4 e- pairs around the central atom, 2 atoms bonded to it, and 2 lone pairs. It is polar because it is angular with two lone pairs. Since it is polar, it will have a dipole-dipole IMF Back to Lewis Structures

  10. What is its shape? Trigonal planar Pyramidal Tetrahedral

  11. Try again!! Go back

  12. Trigonal Planar…Very good! What is the polarity? Polar Nonpolar

  13. Try again!! Go back

  14. Nonpolar…Very good! What is its principal IMF? London Dispersion Dipole - Dipole Hydrogen Bonding

  15. Try again!! Go back

  16. London Dispersion…Very good! This molecule is trigonal planar because it has 3 e- pairs around the central atom, 3 atoms bonded to it, and 0 lone pairs. It is nonpolar and therefore will experience london dispersion intermolecular forces. Back to Lewis Structures

  17. What is its shape? tetrahedral octahedral pyramidal

  18. Try again!! Go back

  19. Octahedral…Very good! What is the polarity? Polar Nonpolar

  20. Try again!! Go back

  21. Nonpolar…Very good! What is its principal IMF? London Dispersion Dipole - Dipole Hydrogen Bonding

  22. Try again!! Go back

  23. London Dispersion…Very good! This molecule is octahedral because it has 6 e- pairs around the central atom, 6 atoms bonded to it, and 0 lone pairs. It is nonpolar so it will experience london dispersion intermolecular forces. Back to Lewis Structures

  24. What is its shape? tetrahedral angular square planar

  25. Try again!! Go back

  26. Tetrahedral…Very good! What is the polarity? Polar Nonpolar

  27. Try again!! Go back

  28. Nonpolar…Very good! What is its principal IMF? London Dispersion Dipole - Dipole Hydrogen Bonding

  29. Try again!! Go back

  30. London Dispersion…Very good! This molecule is angular because it has 4 e- pairs around the central atom, 4 atoms bonded to it, and 0 lone pairs. Since it is nonpolar it will experience london dispersion intermolecular forces. Back to Lewis Structures

  31. What is its shape? tetrahedral pyramidal see saw

  32. Try again!! Go back

  33. See Saw…Very good! What is the polarity? Polar Nonpolar

  34. Try again!! Go back

  35. Polar…Very good! What is its principal IMF? London Dispersion Dipole - Dipole Hydrogen Bonding

  36. Try again!! Go back

  37. Dipole-Dipole…Very good! This molecule is see saw shape because it has 5 e- pairs around the central atom, 4 atoms bonded to it, and 1 lone pairs. It is polar because it has one lone pair which will distort the shape. Since it is polar, it will have a dipole-dipole IMF Back to Lewis Structures

  38. What is its shape? tetrahedral trigonal planar pyramidal

  39. Try again!! Go back

  40. Trigonal planar…Very good! What is the polarity? Polar Nonpolar

  41. Try again!! Go back

  42. Nonpolar…Very good! What is its principal IMF? London Dispersion Dipole - Dipole Hydrogen Bonding

  43. Try again!! Go back

  44. London Dispersion…Very good! This molecule is trigonal planar because it has 4 e- pairs around the central atom, 3 atoms bonded to it, and 0 lone pairs. It is polar because it is angular with two lone pairs. Since it is polar, it will have a dipole-dipole IMF Back to Lewis Structures **It is also ok to determine shape by saying 3 electron regions, 3 atoms bonded to it, and 0 lone pairs. You get the same answer

  45. What is its shape? Square planar Pyramidal Octahedral

  46. Try again!! Go back

  47. Square Planar…Very good! What is the polarity? Polar Nonpolar

  48. Try again!! Go back

  49. Nonpolar…Very good! What is its principal IMF? London Dispersion Dipole - Dipole Hydrogen Bonding

  50. Try again!! Go back