1. Tuesday, May 31, 2016 Turn In: Chemical Reaction Project Write-Up
Agenda:
Test Summary (10 min)
Main Points (15 min)
Independent Practice (20 min)
Review Answers (10 min)
Closing (3 min)
By the end of class:
Review information from Ch. 1, 2, and 3 of the textbook.
Turn In:
Chemical Reaction Project Write-Up
T: Welcome class!
S: Volunteer to read “By the end of class” objectives.

2. Test Summary

3. Final Exam Review 2015-2016 Schedule
This Week
Monday 5/30
Tuesday 5/31
Wednesday 6/1
Thursday 6/2
Friday 6/3
Memorial Day Holiday
No School 
Review Ch. 1-3 in class
Review Packet
Ch. 1-2 at home
Review Ch. 4-6 in class
Ch. 3-4 at home
Senior Parade (½ day)
Review Ch. 7 in class
Ch. 5-6 at home
Mr. Nate Out
Worksheets in class
Ch. 7-8 at home
Next Week
Monday 6/6
Tuesday 6/7
Wednesday 6/8
Thursday 6/9
Friday 6/10
Review Ch. 8 in class
Study on your own
at home
< Final Exams >
Final Exams Make-Up

4. Chapter 1: What is Chemistry?
Chemistry- the study of the composition, structure, and properties of matter, the processes that matter undergoes, and the energy changes that accompany these processes.

5. Chapter 1: Properties of Matter

6. Chapter 1: States of Matter

7. Chapter 1: Classifying Matter

8. Chapter 2 Review: Units of Measure

9. Chapter 2 Review: Significant Figures

10. Chapter 2 Review: Accurate? Precise?

11. Chapter 3 Review: Laws Proving the Existence of Atoms
Law of Definite Proportions
Law of Multiple Proportions
Law of Conservation of Mass

12. Chapter 3 Review: Atomic Theory

13. Chapter 3 Review: Isotopes
Isotopes are atoms with the same number of protons (same element) but a differing number of neutrons (different mass).
Atomic Mass Na 23 11
Atomic Number
Average Atomic Mass

15. Plickers Questions!!!

16. Wednesday, June 1, 2016 Agenda: By the end of class:
Packet Review (10 min)
Main Points (15 min)
Independent Practice (20 min)
Review Answers (10 min)
Closing (3 min)
By the end of class:
Review information from Ch. 4, 5, and 6 of the textbook.
T: Welcome class!
S: Volunteer to read “By the end of class” objectives.

17. Homework Review

18. Chapter 4 Review: Quantum Theory
“If you think you understand quantum mechanics, you don’t understand quantum mechanics.”
-Dr. Richard Feynman

19. Chapter 4 Review: Electron Arrangement
Aufbau Principle
Hund’s Rule
Pauli Exclusion Principle

20. Chapter 5 Review: History of the Periodic Table
Dmitri Mendeleev
A table based on similar properties and increasing mass.
Table was able to predict undiscovered elements.

21. Chapter 5 Review: The Table’s Shape
Groups have similar properties.
Same number of valence electrons.

22. Chapter 5 Review: The Table’s Shape
Periods represent the energy level (electron shell).
Show the number of electrons that can fill a energy level.

23. Chapter 5 Review: The Table’s Shape
Odd shape also groups elements by electron orbital. s p d f

24. Chapter 5 Review: Periodic Trends
Atomic Radius
What is the trend moving down the table?
Size of the atom.

26. Chapter 5 Review: Periodic Trends
Atomic Radius
What is the trend moving across the table?
Size of the atom.
Increases going down the table.

27. + + + + + + +

28. Chapter 5 Review: Periodic Trends
Where is the smallest atom?
Atomic Radius
Size of the atom.
Increases going down the table.
Decreases going across the table.

29. Chapter 5 Review: Periodic Trends
What are the trends moving down and across the table?
Electronegativity
How well an element attracts electrons.

31. Chapter 5 Review: Periodic Trends
Which has the greatest electronegativity?
Electronegativity He
How well an element attracts electrons.
Decreases going down the table.
Increases going across the table. F Ne Ar Kr Xe Rn

32. Chapter 6 Review: Ionic Bonding
How do ionic bonds form?
Very high melting and boiling points
Solid, brittle substances

33. Chapter 6 Review: Covalent Bonding
How do covalent bonds form?
Low melting and boiling points
Liquid or gas forms

34. Chapter 6 Review: Metallic Bonding
How do metallic bonds form?
High melting and boiling points
Solid, malleable, ductile
Excellent conductors

35. Chapter 6 Review: Lewis Structures
What are Lewis Structures?
Show bonds and unshared pairs
Additional lines to show double/triple bonds
Resonance structures

36. Chapter 6 Review: VSEPR V S E P R
alence
hell
lectron
air
epulsion

37. Ch. 6 Review: VSEPR Two e− regions Three e− regions Four e− regions
Tetrahedral
Trigonal Planar
Linear
Trigonal Pyramid
Bent
Bent

39. Plickers Questions!!!

40. Thursday, June 2, 2016 Agenda: By the end of class:
Packet Review (10 min)
Main Points (10 min)
Independent Practice (15 min)
Closing (3 min)
By the end of class:
Review information from Ch. 7 of the textbook.
T: Welcome class!
S: Volunteer to read “By the end of class” objectives.

41. Homework Review

42. Chapter 7 Review: Nomenclature
Ionic Compounds
CaCl2
Iron(III) fluoride
Cation
Anion
Change you last name!
-ide ending
Monatomic

43. Chapter 7 Review: Nomenclature
Ionic Compounds
More than one element as an ion
Cation
Polyatomic
Use the name of the polyatomic

44. Chapter 7 Review: Nomenclature
Covalent Compounds
SO2
Trinitrogen monoxide
Numerical Prefixes 1
mono- 6
hexa- 2
di- 7
hepta- 3
tri- 8
octa- 4
tetra- 9
nona- 5
penta- 10
deca-

45. Chapter 7 Review: Formula Mass
What is the formula mass of (NH4)2CO3?

47. Monday, June 6, 2016 Agenda: By the end of class:
Packet Review (10 min)
Main Points (10 min)
Independent Practice (15 min)
Review Game (20 min)
Closing (3 min)
By the end of class:
Review information from Ch. 8 of the textbook.
T: Welcome class!
S: Volunteer to read “By the end of class” objectives.

48. Homework Review

49. Chapter 8 Review: Chemical Reactions
What are these called?
What are these called?
What are these called?

50. Chapter 8 Review: Balancing Reactions
Law of Conservation of Matter
Cannot create or destroy matter.
_____P4 + _____O2 → _____P2O3

51. Chapter 8 Review: Reaction Types