2. TUTORIAL INSTRUCTIONS: Carefully go through the tutorial, step by step. You may return to any section, as necessary. Once you are satisfied that you understand the concepts and procedures, click CLOSE to get out of the tutorial mode. You will then be taken to the post-quiz. CLICK TO CONTINUE PLEASE LISTEN CAREFULLY

3. hydrogen (element) carbon monoxide (compound) CLICK TO CONTINUE LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (ELEMENTS versus COMPOUNDS)

4. sodium atom e chlorine atom LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (IONIC versus COVALENT BONDS) →

5. (IONIC versus COVALENT BONDS) + sodium cation _ chloride anion e

6. e hydrogen atom →+ e chlorine atom (IONIC versus COVALENT BONDS)

7. eeee hydrogen chloride molecule CLICK TO CONTINUE (IONIC versus COVALENT BONDS)

8. CLICK TO CONTINUE LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (IONIC versus COVALENT BONDS) + _ ionic eeee covalent

9. A sample of sodium chloride + + _ _ _ _ _ _ + + + + LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (IONIC versus MOLECULAR COMPOUNDS)

10. A sample of hydrogen chloride (IONIC versus MOLECULAR COMPOUNDS)

11. A sample of hydrogen (IONIC versus MOLECULAR COMPOUNDS)

12. A sample of chlorine CLICK TO CONTINUE (IONIC versus MOLECULAR COMPOUNDS)

13. CLICK TO CONTINUE LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (SINGLE COVALENT BOND) H Cl

14. CLICK TO CONTINUE O = O LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (DOUBLE COVALENT BOND)

15. CLICK TO CONTINUE LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (TRIPLE COVALENT BOND) C Ξ N -

16. LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (LEWIS THEORY OF BONDING) CLICK TO CONTINUE IA IIA IIIA IVA VA VIA VIIA VIIIA

17. LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (LEWIS THEORY OF BONDING) e nonmetal Exception:

18. (LEWIS THEORY OF BONDING) sodium atom Group IA e → chlorine atom Group VIIA e ee →

19. + → sodium cation _ → chloride anion ee (LEWIS THEORY OF BONDING)

20. e hydrogen Group IA e ee chlorine Group VIIA → + (LEWIS THEORY OF BONDING)

21. eeee hydrogen chloride ee → CLICK TO CONTINUE (LEWIS THEORY OF BONDING)

22. LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (NONPOLAR versus POLAR COVALENT BONDS) (H 2 – nonpolar) (Cl 2 – nonpolar)

23. CLICK TO CONTINUE (NONPOLAR versus POLAR COVALENT BONDS) (HCl – polar)

24. CLICK TO CONTINUE LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (NONPOLAR versus POLAR COVALENT MOLECULES) (O 3 – nonpolar)

25. CLICK TO CONTINUE (BF 3 – nonpolar) (SF 6 – nonpolar) LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (NONPOLAR versus POLAR COVALENT MOLECULES)

26. CLICK TO CONTINUE LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (NONPOLAR versus POLAR COVALENT MOLECULES) (H 2 O – polar) (ICl 3 – polar)

27. CLICK TO CONTINUE LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (OCTET RULE DISOBEYED) eeee eeee (BeH 2 ) e e e (BH 3 )

28. 12345671234567 LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (OCTET RULE DISOBEYED) CLICK TO CONTINUE

29. (OCTET RULE DISOBEYED) (PI 5 ) ee

30. CLICK TO CONTINUE (XeCl 4 ) ee (OCTET RULE DISOBEYED)

31. CLICK TO CONTINUE LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (VALENCE BOND THEORY OF BONDING) s orbital p orbital

32. 1 s orbital + 1 p orbital → 2 sp hybrid orbitals BeHH CLICK TO CONTINUE LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (HYBRID ORBITALS)

33. 1 s orbital + 2 p orbitals → 3 sp 2 hybrid orbitals B F F F CLICK TO CONTINUE (HYBRID ORBITALS)

34. C H H H H 1 s orbital + 3 p orbitals → 4 sp 3 hybrid orbitals CLICK TO CONTINUE (HYBRID ORBITALS)

35. 1d orbital + 1 s orbital + 3 p orbitals → 5 dsp 3 hybrid orbitals CLICK TO CONTINUE (HYBRID ORBITALS) (P – Group VA).. PI I I I I

36. 2 d orbitals + 1 s orbital + 3 p orbitals → 6 d 2 sp 3 hybrid orbitals CLICK TO CONTINUE (HYBRID ORBITALS).. S F F F F F F (S – Group VIA)

37. region of high electron density: single bond or double bond or triple bond or non- bonding electron pair CLICK TO CONTINUE LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (MOLECULAR GEOMETRY)

38. CLICK TO CONTINUE LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (ELECTRONIC and MOLECULAR GEOMETRY) (Be – Group IIA) electronic geometry: linear molecular geometry: linear BeHH

39. CLICK TO CONTINUE (ELECTRONIC and MOLECULAR GEOMETRY) (B – Group IIIA) B F F F electronic geometry : trigonal planar molecular geometry : trigonal planar

40. CLICK TO CONTINUE (ELECTRONIC and MOLECULAR GEOMETRY) (C – Group IVA) electronic geometry : tetrahedral molecular geometry : tetrahedral H C H H H

41. CLICK TO CONTINUE (ELECTRONIC and MOLECULAR GEOMETRY) (P – Group VA) electronic geometry : trigonal bipyramid molecular geometry : trigonal bipyramid IP I I I I

42. CLICK TO CONTINUE (ELECTRONIC and MOLECULAR GEOMETRY) (S – Group VIA) F electronic geometry : octahedral molecular geometry : octahedral F S F F F F

43. CLICK TO CONTINUE hybridization : sp 2 electronic geometry : trigonal planar molecular geometry : angular or bent O O O LISTEN THOUGHTFULLY GO AT YOUR OWN PACE MAKE NOTES AS NECESSARY (ELECTRONIC and MOLECULAR GEOMETRY)

44. CLICK TO CONTINUE hybridization : sp 3 electronic geometry : tetrahedral molecular geometry : trigonal pyramid H H H N (ELECTRONIC and MOLECULAR GEOMETRY)

45. CLICK TO CONTINUE hybridization : sp 3 electronic geometry : tetrahedral molecular geometry : angular or bent HH O (ELECTRONIC and MOLECULAR GEOMETRY)

46. CLICK TO CONTINUE hybridization : sp 3 electronic geometry : tetrahedral molecular geometry : linear H O – (ELECTRONIC and MOLECULAR GEOMETRY)

47. CLICK TO CONTINUE (ELECTRONIC and MOLECULAR GEOMETRY) S F F F F hybridization: dsp 3 electronic geometry: trigonal bipyramid molecular geometry: see-saw

48. CLICK TO CONTINUE (ELECTRONIC and MOLECULAR GEOMETRY) hybridization: dsp 3 electronic geometry: trigonal bipyramid molecular geometry: T-shaped I Cl (I – Group VIIA)

49. CLICK TO CONTINUE Xe H H (ELECTRONIC and MOLECULAR GEOMETRY) hybridization: dsp 3 electronic geometry: trigonal bipyramid molecular geometry: linear (Xe – Group VIIIA)

50. CLICK TO CONTINUE Br F F F F F (ELECTRONIC and MOLECULAR GEOMETRY) hybridization: – d 2 sp 3 electronic geometry – octahedral molecular geometry – square pyramid

51. CLICK TO CONTINUE (ELECTRONIC and MOLECULAR GEOMETRY) Xe Cl hybridization: d 2 sp 3 electronic geometry: octahedral molecular geometry: square planar

52. CLICK TO CONTINUE BF 3 nonpolar O 3 nonpolar trigonal planar angular 3232 0101 trigonal planar sp 2 3 BeH 2 nonpolar linear20 sp2 Example and polarity Molecular geometry No. of bonds No. of lone pairs Electronic geometry Hybrid- ization No. of electron pairs VALENCE BOND THEORY SUMMARIZATION TABLE

53. CLICK TO CONTINUE CH 4 nonpolar NH 3 polar H 2 O polar tetrahedral trigonal pyramid angular or bent 432432 012012 tetrahedralsp 3 4 Example and polarity Molecular geometry No. of bonds No. of lone pairs Electronic geometry Hybrid- ization No. of electron pairs VALENCE BOND THEORY SUMMARIZATION TABLE (cont’d)

54. CLICK TO CONTINUE Example and polarity Molecular geometry No. of bonds No. of lone pairs Electronic geometry Hybridi- zation No. of electron pairs PCl 5 nonpolar SF 4 polar ICl 3 polar XeF 2 nonpolar trigonal bipyramid see-saw T-shaped linear 54325432 01230123 trigonal bipyramid dsp 3 5 VALENCE BOND THEORY SUMMARIZATION TABLE (cont’d)

55. END OF TUTORIAL CLICK TO CONTINUE Example and polarity Molecular geometry No. of bonds No. of lone pairs Electronic geometry Hybridi- zation No. of electron pairs SF 6 polar BrF 3 nonpolar XeF 4 polar octahedral square pyramid square planar 654654 012012 octahedrald 2 sp 3 6 VALENCE BOND THEORY SUMMARIZATION TABLE (cont’d)

56. RETURN TO TUTORIAL CLOSE and GO TO POST-QUIZ OR