­Class

Topic

Mastering Chemistry Due dates

1.  8/28  (M)

Introduction

 

2.  8/30  (W)

Chapter 1 calculations, units and dimensional analysis, properties of matter

 Chapter 1 lecture notes pdf

 

Lecture 2 recording

 

 

 

3.  9/1  (F)

Chapter 1 finish

4.  9/4  (M)

 

HOLIDAY

 

5.  9/6  (W)

 

Chapter 2 Model of the atom.  Molecules, ions, organic and inorganic compounds

Chapter 2 lecture notes pdf

 

Introduction to Mastering Chemistry Due!

6.  9/08  (F)

Chapter 3 Empirical formulas, reaction stoichiometry and chemical accounting

Chap 1 on-line homework due

7.  9/11  (M)

Chapter 3  continued

Chapter 3 lecture pdf

Chap 2 on-line homework due

8.  9/13  (W)

 

Chapter 3 Finish

 

9.  9/15 (F)

Chapter 4 electrolyte solutions, concentration units, equilibrium constants, strong and weak electrolytes, strong and weak acids and bases.

Chapter 4 lecture notes pdf

10.  9/18 (M)

 

Chapter 4 Solution Stoichiometry

 

Chap 3 on-line homework due

10.  9/20 (W)

 

Exam 1.

 

Practice exam

12.  9/22  (F)

Chapter 4, finish Redox Reactions

13. 9/25  (M)

 

Chapter 5 heat and work; first law of thermodynamics; reaction thermochemistry; calorimetry

Chapter 5 lecture notes pdf

Chap 4 on-line homework due

14. 9/27  (W)

 

Chapter 5

15. 9/29  (F)

Chapter 5 state functions, enthalpy, enthalpies of formation and of reaction

16. 10/2  (M)

Chapter 5

 

17. 10/4  (W)

 

Chapter 5 enthalpies of phase transitions, bond enthalpy.

Chap 5 on-line homework due

18. 10/6  (F)

Chapter 6  atomic emission spectra, wave and photon nature of light, photoelectric effect

Chapter 6 lecture notes pdf

Chapter 6 lecture notes update hong

19. 10/8  (M)

 

Chapter 6  Bohr model, de Broglie and matter waves, quantum (wave) mechanics, wave functions and probability density, orbitals and quantum numbers

20. 10/10 (W)

 

Chapter 6  orbitals and quantum numbers; electron configurations and the periodic table;

21. 10/13 (F)

Chapter 6  electron configurations for multi-electron atoms and ions , review

exam2 2014

 

 20. 10/16 (M)

Chapter 7  effective nuclear charge, periodic properties

Chapter 7 lecture

Chap 6 on-line homework due

23. 10/18 (W)

Exam 2. 

24. 10/20  (F)

Chapter 7 effective nuclear charge, periodic properties

Holiday

25.  10/24 (M)

Holiday

26.  10/26 (F)

 

Chapter 8  covalent and ionic bonding; electronegativity; dipole moments; Lewis structures; formal charge;

Chapter 8 lecture notes

Chap 7 on-line homework due

 

 

27. 10/29 (M)

Chapter 8  Lewis structures and formal charge; resonance structures

28. 10/31  (W)

 

Chapter 8 Continuing Lewis structures, resonance structures, valence-shell expansion and deficiency

29. 11/2    (F)

 

Chapter 9 

VSEPR geometries  polarity/dipole moments and geometry

chapter 9 lecture with Exam 3 review

Chap 8 on-line homework due

30. 11/5 (M)

Exam 3 review

exam 3 practice

 

 

31. 11/7  (W)

Exam 3.

exam 3 2014

 

 

 

 

32. 11/09  (F)

Chapter 9 Introduction to covalent bonding in diatomic molecules

33. 11/12  (M)

Chapter 9  hybridization and valence bond theory; molecular orbital theory

34. 11/14  (W)

 

Chapter 9  molecular orbital theory for second-row diatomic molecules; absorption of light by C=C bonds and photoisomerization

35. 11/16  (F)

 

   Chapter 23 coordination chemistry (chap 23 in 12th ed.)

chapter 23 lecture notes pdf

Chap 9 on-line homework due

36. 11/20  (M)

Chapter 23 

37. 11/22  (W)

Lecture Canceled for Turkey Day.

 

38. 11/24 (F)

 Holiday

.

 11/27 (M)

Chapter 23 Nomenclature, isomers.

39.  11/29 (W)

Finish Chapter 23, Crystal Field Theory.

 

40. 12/1 (F)

Chapter 24  organic molecules: aliphatic compounds

chapter 23/24 lecture pdf

Chap 23 on-line homework due

41.  12/4 (M)

Chapter 24  Review for Exam 4.

 

42.  12/6 (W)

 

Exam 4.

Exam 4 practice

exam4_2022_yellow_ans.pdf

 

 

43.  12/8 (F)

 

Review

Exam 1 2022 yellow

Exam 1_2022_white.pdf

exam2_2022_white_FINAL.docx

exam2_2022_yellow_FINAL.docx

Exam3_2022_SuperFINAL.docx

exam4_2022_yellow.pdf

exam4_2022_white.pdf

Chap 24 on-line homework due

 

XXX

Rm CEM 138

FINAL

CEM152 acid/base lectures