1. Chemistry 2014-2015 1 st Semester Ben Mangrum Periods 0-1 Room 406

2. 8/27/14 1.Science News article--Atlantic ocean methane vents: read, answer questions, discussion 2.Syllabus

3. 8/28/14 *Afternoon Assembly Schedule (50 min classes) 1.Collect signed forms 2.Finish Syllabus talk 3.Lab Safety—map of classroom in back of notebook 4.Draw, Identify names of chemistry lab items, review names

4. 8/29/14 1.Collect Signed Forms 2.Lab Safety DVD 3.Draw, Identify names of chemistry lab items, review names

5. 9/2/14 1.Finish reviewing names of lab items 2.Hand out books, bathroom passes 3.Lab Safety Quiz: Part I (multiple choice), Part II (labeling lab items from pictures), correct in class

6. 9/3/14 1.Make up Lab Safety Test 2.Chemistry Pre-test 3.Begin Chemical Observation Activity  Read handout  Discuss Pre-lab questions, copy Data Tables

7. 9/4/14 1.Make up Chemistry Pre-test? 2.Chemical Observation Activity  Discuss procedures for lab  Steps 1-8, design and conduct 4 new experiment

8. 9/5/14 1.Finish Chemical Observation Activity: Discuss results, analysis questions 2.Begin Atomic Structure Notes

9. 9/8/14 1.Review, Finish Atomic Structure Notes 2.Practice determining # of neutrons, protons, electrons 3.Atomic Structure WS #1

10. 9/9/14 1.Correct Atomic Structure WS 2.Practice Average Atomic Mass Calculations 3.Practice calculation of weighted average using grade categories (margin of TE p. 121) 4.Model Isotope miniLab (p. 120)

11. 9/10/14 1.Review, Collect Model Isotope miniLab 2.Outline p. 114 and section 4.3 in book 3.Review Outlines: write headings in margin, cover and recall 4.Atomic Structure WS #2

12. 9/11/14 1.Collect Outlines, Correct Atomic Structure WS #2 2.Atomic Structure Review (White boards) *Quiz on Atomic Structure tomorrow (properties of subatomic particles, location in atom, number of each in various atoms, ave atomic mass)

13. 9/12/14 *End-of-school Assembly Schedule 1.Quiz on Atomic Structure (properties of subatomic particles, location in atom, number of each in various atoms) 2.Outline 2.1-2.3 in book 3.Olive Oil Demo measure diameter of 0.500uL drop of olive oil measure diameter of 0.500uL drop of olive oil calculate height of cylinder, using volume (0.00050 cm 3 ) and radius calculate height of cylinder, using volume (0.00050 cm 3 ) and radius divide by 19 for height of one carbon atom divide by 19 for height of one carbon atom calculate % error using accepted value of 2.2 x 10 -8 cm diameter calculate % error using accepted value of 2.2 x 10 -8 cm diameter

14. 9/15/14 1.Hand back quiz, discuss 2.Collect Outlines 3.Review Olive Oil Demo 4.Discuss, practice Density Calculation p. 38 5.Introduce Zinc Coating Lab: read handout, create data tables in notebook

15. 9/16/14 1.Zinc Coating Lab: Discuss data tables Discuss data tables Discuss procedures for Part 1 Discuss procedures for Part 1 Conduct procedures for Part 1 Conduct procedures for Part 1 Discuss procedures for Part 2, safety concerns Discuss procedures for Part 2, safety concerns

16. 9/17/14 *Early Dismissal Schedule (35 min) 1.Review Procedures for Part 2 2.Conduct procedures for Part 2 3.Copy Data table onto separate paper 4.Continue explanation of calculations, show example

17. 9/18/14 1.Make up lab? 2.Finish example calculations 3.Begin analysis questions, conclusion, sources of error on same paper as data table

18. 9/19/14 1.Mass Spectrometry explanation (read p. 125) 2.Introduce other Ave Atomic Mass calculations (Mass Spec data, unknown %), practice 3.Complete Zinc Coating Lab Report, turn in when done

19. 9/22/14 1.Collect rest of Lab reports 2.Av. Atomic Mass Practice Quiz WS

20. 9/23/14 1.Hand back Zinc Coating Lab Reports, discuss 2.Correct Av. Atomic Mass Practice Quiz WS 3.Atomic Mass Calculation Practice WS

21. 9/24/14 1.Correct Atomic Mass Calculation Practice WS 2.Practice another mass spectrograph calculation, write atomic symbols 3.p. 62 #66, 67, 68, 105; p. 128 #39, 42, 43, 44, 45, 46, 58, 59, 60, 61, 62, 64, 66, 67, 68, 69, 70, 72, 73, 76, 77, 78 *Average Atomic Mass, Mass Spectrometer Quiz tomorrow

22. 9/25/14 1.Average Atomic Mass, Mass Spectrometer Quiz 2.Finish p. 62 #66, 67, 68, 105; p. 128 #39, 42, 43, 44, 45, 46, 58, 59, 60, 61, 62, 64, 66, 67, 68, 69, 70, 72, 73, 76, 77, 78

23. 9/26/14 1.Make up quiz? 2.Correct p. 62 #66, 67, 68, 105; p. 128 #39, 42, 43, 44, 45, 46, 58, 59, 60, 61, 62, 64, 66, 67, 68, 69, 70, 72, 73, 76, 77, 78 3.Hand back quizzes, discuss

24. 9/29/14 1.Practice calculation from zinc lab 2.Practice chart of # of Protons, Neutrons, Electrons, Charge, etc *Unit 1 Test tomorrow!

25. 9/30/14 1.Atomic Structure Test

26. 10/1/14 *Early Dismissal Schedule 1.Hand back tests, discuss 2.Begin Nuclear Stability Notes

27. 10/2/14 1.Finish Nuclear Stability Notes 2.Practice predicting stability of nuclei: calculate N/P ratio

28. 10/3/14 *Substitute 1.Nuclear Chemistry WS

29. 10/6/14 1.Make up Atomic Structure Test? (Anna K) 2.Correct Nuclear Chemistry WS 3.Practice calculating binding energy from E=mc 2, predict stabilty of atoms (use back side of Nuclear Stability Practice WS for examples)

30. 10/7/14 1.“Beyond Question” in-class review of Nuclear Stability with white boards 2.Mass Defect, Binding energy WS

31. 10/8/14 1.Correct Mass Defect, Binding energy WS 2.Begin Nuclear Radiation Notes (up through graph of radiation predictions with N/P ratio)

32. 10/9/14 1.Review, Continue Nuclear Radiation Notes (through nuclear equations), practice writing nuclear equations on p. 869 2.Practice predicting stability of nuclei from Nuclear Chemistry WS: predict type of radiation emitted, write equations of reactions 3.Balancing Equations, Radioactive Particle WS

33. 10/10/14 1.Correct Balancing Equations, Radioactive Particle WS 2.Spontaneous Fission Equations WS

34. 10/13/14 1.Correct Spontaneous Fission Equations WS 2.Begin in-class review of Nuclear Stability, Radiation *Quiz Thursday on Nuclear Stability/Forces, Radiation, Nuclear Equations

35. 10/14/14 1.Finish in-class review of Nuclear Stability, Radiation 2.Introduce Decay Series Example, Half-Life 3.Outline 4.4, 24.1, 24.2, 24.3 *Quiz Thursday on Nuclear Stability/Forces, Radiation, Nuclear Equations

36. 10/16/14 1.Collect outlines 2.Quiz on Nuclear Stability/Forces, Radiation, Nuclear Equations 3.Continue Nuclear Radiation Notes

37. 10/17/14 1.Hand back quiz, discuss 2.Finish Nuclear Radiation Notes 3.Practice example of Half-Life calculations (solve for amount remaining, number of half-lives, amount of time elapsed) 4.Half Life WS

38. 10/20/14 1.Correct Half Life WS 2.Conduct Penny Half-Life Demo (p. 873)—record averages after each half-life, plot on graph 3.Balancing Nuclear Equations WS

39. 10/21/14 1.Correct Balancing Nuclear Equations WS 2.Begin Beyond Question Review of Half-Life, Natural and Artificial Fission/Fusion

40. 10/22/14 1.Finish Beyond Question Review of Half-Life, Natural and Artificial Fission/Fusion 2.Practice Binding Energy Calculation (Lead-206 with a nuclear mass of 205.974465 amu) 3.Radium Girls WS *Quiz on Half-Life, Binding Energy, Natural and Artificial Fission/Fusion tomorrow!

41. 10/23/14 1.Quiz on Half-Life, Binding Energy, Natural and Artificial Fission/Fusion 2.Correct Radium Girls WS 3.Short Read—Large Hadron Collider

42. 10/24/14 1.Hand back quiz, discuss? 2.Start Nuclear Practice Test *Nuclear Test on Tuesday!

43. 10/27/14 1.Correct Nuclear Practice Test 2.Begin Electron Energy Level Notes *Nuclear Test tomorrow!

44. 10/28/14 1.Nuclear Test

45. 10/29/14 1.Make up test? 2.Begin/Continue Electron Energy Level Notes

46. 10/30/14 1.Hand back, discuss test 2.Review Electron Energy Level Notes, orbital filling order from periodic table 3.Practice writing electron configurations

47. 10/31/14 1.Practice writing electron configurations 2.Finish Electron Energy Level Notes, practice orbital diagrams, noble gas configurations, valence electrons 3.Orbital WS #16, 17

48. 11/3/14 1.Correct Orbital WS #16, 17 2.Electron Configuration Practice WS

49. 11/4/14 1.Correct Electron Configuration Practice WS 2.Orbital Diagrams WS, Writing Electron Configuration WS *Electron Configurations/Orbital Diagrams Quiz on Thursday!

50. 11/5/14 *Early Dismissal Schedule 1.Correct Orbital Diagrams WS, Writing Electron Configuration WS 2.Hand out practice quiz with solutions *Electron Configurations/Orbital Diagrams Quiz tomorrow!

51. 11/6/14 1.Electron Configurations/Orbital Diagrams Quiz 2.Read and outline the following sections from the book: pg. 136- 139, pg. 144-152. Pay special attention to Figures 5.3, 5.5, 5.8, 5.10, 5.11, and 5.12 3.Explain pre-lab for Flame Test Lab

52. 1. Title: Atomic Emission/Flame Test Lab 2. Purpose: Copy purpose from the handout 3. Protocol: Materials (list all materials from procedures) Safety concerns (list all chemicals used and summarize any chemical hazards found in Flinn catalog. Also list any physical hazards associated with any procedures) Flow chart (draw a picture diagram of each step from procedures) 4. Pre-lab Analysis: Answer all questions from handout in complete sentences IQIA. 5. Data Table: Create a table with the columns “Chemical Name” and “Observations” Atomic Emission/Flame Test Lab

53. 11/7/14 *Substitute 1.Make up quiz? 2.Work on pre-lab for Flame Test Lab (due on Monday at end of period): 1. Title, 2. Purpose, 3. Protocol (Materials, Safety, Procedure Flow Chart), 4. Pre-Lab Questions, 5. Data Charts

54. 11/10/14 *Assembly Schedule 1.Hand back quiz, discuss 2.Collect outlines 3.Work on pre-lab for Flame Test Lab (due at end of period): 1. Title, 2. Purpose, 3. Protocol (Materials, Safety, Procedure Flow Chart), 4. Pre-Lab Questions, 5. Data Charts

55. 11/12/14 1.Hand back pre-labs, review procedures for Lab (on overhead) 2.Conduct Flame Test Lab 3.Start working on post-lab analysis #1-5

56. 11/13/14 1.Make up, finish lab, start working on post-lab analysis #1-5 2.Discuss Electron Excitement Notes 3.Discuss Pre-labs, Post-Lab Analysis Questions for Flame Test Lab

57. 11/14/14 1.Make up Flame Test Lab? 2.Practice identifying quantum leap arrows on overhead 3.Video Clip about Emission Spectrum 4.Measure unknown #3 with spectrometer, compare to poster 5.Finish Post-Lab Analysis questions, Conclusion, Sources of Error Paragraphs (due Monday)

58. 11/17/14 1.Explain how to determine the components of an unknown mixture using the emission spectrum 2.Complete Post-Lab, turn in 3.Electromagnetic Spectrum WS 4.Quantum Mechanics WS, Analysis of Spectral Lines WS 5.Correct Electromagnetic Spectrum WS

59. 11/18/14 1.Hand back corrected labs, discuss 2.Correct Quantum Mechanics WS, Analysis of Spectral Lines WS 3.Begin Electron Unit Review with whiteboards *Electron Emission Spectrum Quiz tomorrow!

60. 11/19/14 1.Electron Emission Spectrum Quiz 2.Continue Electron Unit Review with whiteboards

61. 11/20/14 1.Hand back quiz, discuss 2.Finish Electron Unit Review with whiteboards 3.Electron Practice Test *Electron Test tomorrow!

62. 11/21/14 1.Electron Test

63. 11/24/14 1.Make up test? 2.Begin Significant Figures Notes 3.Sig Fig Practice (on overhead) 4.Significant Figures WS

64. 11/25/14 1.Hand back tests 2.Review Sig Fig Notes, Rules for 0’s, calculations 3.Correct Significant Figures WS 4.Begin Avogadro’s Number Notes

65. 11/26/14 *Half-Day Schedule 1.Avogadro’s Number Notes 2.Practice Converting Particles  Moles, Moles  Particles p. 323, 324 3.Practice Moles  Grams, Grams  Moles p. 328, 329 4.Mass, Mole, Particle Conversion Table WS

66. 12/1/14 1.Correct Mass, Mole, Particle Conversion Table WS 2.Continue Avogadro’s Number Notes 3.Molar Mass for Molecules p. 335 4.Grams  Moles, Moles  Grams for molecules p. 336, 337 5.Practice Mass-Mole Conversions for compounds (on overhead) 6.p.981-982 #1,4,5,8,10,13,18,19,21

67. 12/2/14 1.Correct p.981-982 #1,4,5,8,10,13, 18,19,21 2.Continue Avogadro’s Number Notes 3.% composition p. 343, 344 4.Empirical formula p. 345, 346 *Quiz Tomorrow on Molar Mass, Conversions

68. 12/3/14 1.Molar Mass, Conversions Quiz 2.P. 344 #55, 56; p. 346 #60, 61

69. 12/4/14 1.Make up quiz? 2.Correct P. 344 #55, 56; p. 346 #60, 61 3.Introduce Molecular Formula p. 348, practice p. 350 #62, 65 4.p. 982 #25-30

70. 12/5/14 *Assembly Schedule (50 min classes) 1.Hand back quiz, discuss? 2.Correct p. 982 #25-30 3.Begin Empirical Formula Pre-Lab:  Title  Purpose  Protocol (Materials, Safety, Flow Chart)  Data Table

71. 12/8/14 1.Finish Empirical Formula Pre-Lab:  Title  Purpose  Protocol (Materials, Safety, Flow Chart)  Data Table *Turn in when done, at latest the end of the period 2.Follow-up practice with determining the empirical formula of an ionic compound WS 3.Hand back pre-labs, discuss procedures

72. 12/9/14 1.Review procedures, conduct lab

73. 12/10/14 *Early Dismissal Schedule 1.Make up lab procedures? 2.Correct Follow-up practice with determining the empirical formula of an ionic compound WS 3.Work on Analysis Questions, Conclusion

74. 12/11/14 1.Finish Post-Lab Report, turn in when done (by end of period) 2.Empirical, Molecular Formula Practice WS

75. 12/12/14 1.Correct Empirical, Molecular Formula Practice WS 2.Hand back lab reports, discuss 3.Introduce Hydrates, p. 351 4.Practice % Composition, Empirical Formula of Hydrates p. 353 #74 5.Hydrate Empirical Formula Practice WS *Quiz Tuesday on % Composition, Empirical, Molecular Formula, Hydrates

76. 12/15/14 1.Correct Hydrate Empirical Formula Practice WS 2.Begin Hydrate Lab prelab: Title, Purpose, Protocol (Materials, Safety, Flow Chart), Data Table *Quiz tomorrow on % Composition, Empirical, Molecular Formula, Hydrates

77. 12/16/14 1.% Composition, Empirical, Molecular Formula, Hydrate Quiz 2.Finish Hydrate Lab prelab: Title, Purpose, Protocol (Materials, Safety, Flow Chart), Data Table

78. 12/17/14 1.Make up quiz? 2.Turn in Hydrate Lab prelab 3.Practice Hydrate Lab Calculation WS 4.Hand back Hydrate Lab prelabs 5.Review Lab procedures, hints, discuss pre-Lab questions 6.Correct Hydrate Lab Calculation WS

79. 12/18/14 1.Review procedures, measurements taken during lab 2.Conduct lab 3.Discuss Post-Lab questions 4.Start Post-Lab analysis, conclusion paragraph 5.Hand back quizzes

80. 12/19/14 *Early Dismissal/Assembly Schedule (10 minute classes) 1.Discuss quiz 2.Discuss, work on Hydrate Post-Lab (due on Monday, 1/5) 3.Make up lab (after 6 th period)

81. 1/5/15 1.Collect Hydrate Post-Labs (Post-Lab analysis, conclusion paragraph) 2.Review for Chapter 10 Test on separate paper (p. 358 #84, 91, 93, 102, 103, 104, 109, 112, 113, 123, 125, 131, 133, 134, 150, 155, 156, 161, 163, 164, 165, 167, 176, 179, 181, 182)

82. 1/6/15 1.Hand back, discuss Hydrate Post- Labs 2.Discuss quiz? (1 st period) 3.Correct p. 358 #84, 91, 93, 102, 103, 104, 109, 112, 113, 123, 125, 131, 133, 134, 150 4.Finish #155, 156, 161, 163, 164, 165, 167, 176, 179, 181, 182 *Chapter 10 Test Friday!

83. 1/7/15 1.Correct p. 359 #155, 156, 161, 163, 164, 165, 167, 176, 179, 181, 182 2.Begin In-class practice calculations with whiteboards (Chem Handbook Review --Conversions, Molar Mass) *Chapter 10 Test Friday!

84. 1/8/15 1.Finish in-class practice calculations with whiteboards (Chem Handbook Review--Conversions, Molar Mass, % Composition, Empirical Formula, Molecular Formula, Hydrate Formula and % Composition) 2.Hand out Ch 10 practice test with answer key *Chapter 10 Test tomorrow!

85. 1/9/15 1.Chapter 10 Test 2.Hand out First Semester Review Sheet

86. 1/12/15 1.Make up test? 2.First Semester Topic Review Practice 3.Begin Practice Final Exam

87. 1/13/15 1.Hand back tests, discuss 2.Hand out solutions to Practice Final Exam, discuss

88. 1/14/15, 1/15/15 Final Exam Schedule: Zero Hour: Wednesday 1/14 and Thursday 1/15, 6:30-7:25 First Period: Thursday, 1/15, 7:40- 9:20

89. Chemistry 2014-2015 2 nd Semester Ben Mangrum Periods 0-1 Room 406

90. 1/20/15 1.Goal Setting Activity 2.Periodic Trends Notes (for background) 3.Hand out list of required symbols of elements to memorize 4.Begin Ionic Compounds Notes 5.Hand out syllabi to new students

91. 1/21/15 1.Hand out bathroom passes 2.Review, finish Ionic Compounds Notes 3.Predict Ratios of Compounds, Practice writing Formulas of Ionic Compounds: Simple Binary compounds, compounds with Polyatomic Ions (see p. 221-223) 4.Formation of Ions/Ionic Bonds WS (#22, 23)

92. 1/22/15 1.Correct Formation of Ions/Ionic Bonds WS (#22, 23) 2.More examples of Ionic Compound Names, Formulas (on overhead) 3.Outline 7.1-7.3

93. 1/23/15 1.Collect Outlines 7.1-7.3 2.Formulas for Ionic Compounds/Calculating Numbers of Electrons WS (#24, 7), correct 3.Determining Numbers of Ions WS (#8)/Naming Ionic Compounds WS

94. 1/26/15 1.Correct Determining Numbers of Ions WS (#8)/Naming Ionic Compounds WS 2.Review Physical Properties of Ionic Compounds (answer, discuss #12- 16 on p. 217) 3.Practice writing names, formulas of ionic compounds on whiteboards *Ionic Compound Quiz tomorrow

95. 1/27/15 1.Ionic Compound Quiz 2.Outline 8.1, 8.2 3.Begin Covalent Compounds Notes

96. 1/28/15 *Early Dismissal Schedule 1.Make up quiz? 2.Collect Outlines 3.Review Covalent Compound Notes, Practice Determination of Bond Type using Electronegativity (p. 265-266) 4.Introduce, Practice Naming Covalent Compounds (slideshow, p. 248-252)

97. 1/29/15 1.Hand back quiz, discuss 2.Review Determination of Bond Type using Electronegativity, whiteboard practice (bottom margin of p. 267) 3.Whiteboard Practice Naming Covalent Compounds (slideshow, p. 248-252) 4.Determining Names (#9), Determining Electronegativity (#10) WS, Covalent Bonding WS (8.1, 8.2)

98. 1/30/15 1.Correct Determining Names (#9), Determining Electronegativity (#10) WS, Covalent Bonding WS (8.1, 8.2) 2.Continue Covalent Compound Notes, practice drawing Lewis Structures

99. 2/2/15 1.Correct back page of Covalent Bonding WS (8.1, 8.2) 2.Review Covalent Compounds Notes 3.Practice drawing Lewis structures: p. 244 (#1-5), p. 255-256 (#38- 40), p. 257 (#42) 4.Lewis Structure, Naming Compounds WS

100. 2/3/15 1.Correct Lewis Structure, Naming Compounds WS 2.Introduce resonance, exceptions to octet rule, practice drawing Lewis structures: p. 258 (#45), p. 260 (#47, 48) 3.Lewis Structure Practice WS #1

101. 2/4/15 *Early Dismissal/Assembly Schedule 1.Correct Lewis Structure Practice WS #1 2.Covalent Description WS (first three columns) *Lewis Structure Quiz Friday, 2/6

102. 2/5/15 1.Correct Covalent Description WS 2.Review Bond Type Determination, Naming 3.Continue Covalent Compound Notes (VSEPR) 4.Practice drawing Lewis structures (p. 264 #56), assigning geometry, bond angles *Lewis Structure, Naming, Bond Type Determination Quiz tomorrow (not VSEPR, etc)

103. 2/6/15 1.Lewis Structure, Naming, Bond Type Determination Quiz 2.Review Notes, introduce hybridization 3.Begin Molecular Modeling Activity (handout)

104. 2/9/15 1.Make up quiz? 2.Review Hybridization from notes 3.More Practice drawing Lewis structures (p. 264 #67), assigning geometry, bond angles, hybrid orbital types 4.Continue Molecular Modeling Activity (through #12)

105. 2/10/15 1.Hand back quiz, discuss 2.Continue Covalent Compound Notes (Polarity, Intermolecular forces, Properties of Covalent Compounds) 3.Finish Molecular Modeling Activity (show models of molecules, complete #13-15)

106. 2/11/15 1.Review Covalent Compound Notes (Polarity, Intermolecular forces, Properties of Covalent Compounds) 2.Correct Molecular Modeling Activity 3.Finish last two columns of Covalent Description WS 4.Molecular Shape (8.4, 8.5) WS

107. 2/12/15 1.Correct Molecular Shape WS 2.Correct last two columns of Covalent Description WS 3.In-class practice with whiteboards determining geometry, hybrid orbitals, bond angle, polarity, intermolecular forces for molecules, solubility *Quiz tomorrow on everything listed above

108. 2/13/15 1.Molecular Shape, Properties Quiz (geometry, bond angle, hybrid orbitals, polarity, intermolecular forces, solubility, physical properties of covalent compounds)

109. 2/23/15 1.Make up quiz? 2.Begin Beyond Question Review of Chapter 7, 8 *Chapter 7, 8 Test (Ionic and Covalent Molecules) on Thursday

110. 2/24/15 1.Hand back quiz, discuss 2.Continue Beyond Question Review of Chapter 7, 8 *Chapter 7, 8 Test (Ionic and Covalent Molecules) Thursday

111. 2/25/15 1.Finish Beyond Question Review of Chapter 8 2.Practice Test, hand out solutions near end of period *Chapter 7, 8 Test (Ionic and Covalent Molecules) tomorrow

112. 2/26/15 1.Chapter 7, 8 Test (Ionic and Covalent Molecules)

113. 2/27/15 1.Make up test? 2.Begin Chemical Reaction Notes 3.Practice p. 287 (right margin examples) 4.Teaching Transparency WS #29, 30

114. 3/2/15 1.Hand back test, discuss 2.Review Chemical Reaction Notes 3.Correct Teaching Transparency WS #29, 30 4.More practice (p. 287 right margin example) 5.Chemical Reactions WS

115. 3/3/15 1.Correct Chemical Reactions WS 2.More practice writing and balancing equations (p. 287 right margin examples) 3.Balancing Equations WS

116. 3/4/15 *Early Dismissal Schedule 1.Correct Balancing Equations WS 2.Writing Chemical Equations WS *Quiz on Writing and Balancing Equations on Friday, 3/6

117. 3/5/15 1.Correct Writing Chemical Equations WS 2.More practice writing and balancing equations (on overhead) *Quiz on Writing and Balancing Equations tomorrow!

118. 3/6/15 1.Writing and Balancing Equations Quiz 2.Outline 9.2 from book 3.Begin Types of Reactions Notes

119. 3/9/15 1.Make up quiz? 2.Collect outlines 3.Continue Types of Reactions Notes 4.Hand out decomposition sheets

120. 3/10/15 1.Hand back quiz, discuss 2.Finish Types of Reactions Notes 3.Practice examples—predicting products

121. 3/11/15 1.More Practice examples—predicting products and balancing equations (on overhead, using whiteboards) 2.Activity Series/Summary of Reaction Types WS

122. 3/12/15 1.Types of Reactions demonstrations (synthesis, combustion, decomposition http://www.youtube.com/watch?v=OTEX38bQ-2w&feature=related, single replacement https://www.youtube.com/watch?v=ODf_sPexS2Q, https://www.youtube.com/watch?v=dmcfsEEogxs, double replacement) http://www.youtube.com/watch?v=OTEX38bQ-2w&feature=related https://www.youtube.com/watch?v=ODf_sPexS2Q https://www.youtube.com/watch?v=dmcfsEEogxs http://www.youtube.com/watch?v=OTEX38bQ-2w&feature=related https://www.youtube.com/watch?v=ODf_sPexS2Q https://www.youtube.com/watch?v=dmcfsEEogxs 2.Correct Activity Series/Summary of Reaction Types WS 3.Chapter 9 Study Guide WS (back side of WS)

123. 3/13/15 1.Correct Chapter 9 Study Guide WS 2.Begin Pre-lab: see following slide

124. 1. Title: Use “Reaction Types Lab” 2. Purpose: In one or two complete sentences, explain the purpose of the lab 3. Protocol: Materials—read the procedures and write a list of the physical tools used in the lab (11 materials) Materials—read the procedures and write a list of the physical tools used in the lab (11 materials) Safety/Flow Chart—draw a picture flow chart of each reaction. Underneath each flow chart, list of all the compounds/elements used, look up safety concerns in Flinn Catalog, and summarize for each (if no concern listed, state “no safety hazard”) (21 different substances—if a substance is used more than once, don’t re-write the safety concerns); in addition, list any other physical safety hazards that will be present during that step Safety/Flow Chart—draw a picture flow chart of each reaction. Underneath each flow chart, list of all the compounds/elements used, look up safety concerns in Flinn Catalog, and summarize for each (if no concern listed, state “no safety hazard”) (21 different substances—if a substance is used more than once, don’t re-write the safety concerns); in addition, list any other physical safety hazards that will be present during that step 4. Data/Pre-Lab Analysis: On the attached data sheet, complete all columns except for “observations”.

125. 3/16/15 1.Continue Pre-lab

126. 3/17/15 1.Finish Reaction Type Pre-Lab, turn in if done (due tomorrow if not turned in today)

127. 3/18/15 *Early Dismissal Schedule 1.Collect rest of pre-labs 2.Reaction Type Prediction WS #1 *Meet in Room 404 Tomorrow and Friday!

128. 3/19/15 *Meet in Room 404 today and tomorrow! 1.Collect R.T. Prediction WS #1 2.Explain stations, conduct Reaction Type Lab *Write down detailed observations (colors, temperature change, phase change, etc) for each reaction step before and after the reaction

129. 3/20/15 1.Review predictions of reactions from pre-lab 2.Finish Reaction Type Lab Procedures 3.Begin Post-Lab Analysis if done with all reactions

130. 5.Post-Lab Analysis: In your notebook, write 1-2 sentences for each reaction (#1-15) explaining how the observations support or reject the predictions made before the lab. Be sure to identify expected products, and link them to observed physical evidence (colors, phase changes, etc) to support your claim—what substances do you think they were that you observed?

131. 3/23/15 1.Correct Reaction Type Prediction WS #1 2.Work on Post-Lab Analysis, turn in today when done (if not done, Post- Lab Report due tomorrow) 3.Reaction Type Prediction WS #2

132. 3/24/15 1.Collect rest of Reaction Type Post- Lab Reports 2.Correct Reaction Type Prediction WS #2 3.Begin Beyond Question Review with whiteboards, more practice predicting products and writing equations *Reaction Type Quiz Thursday, 3/26

133. 3/25/15 1.Hand back, discuss Reaction Type Post-Lab Reports 2.Finish Beyond Question Review, more practice predicting products and writing equations 3.Begin Reactions in Aqueous Solutions Notes *Reaction Type Quiz tomorrow!

134. 3/26/15 1.Reaction Types Quiz 2.Continue, Finish Reactions in Aqueous Solutions Notes, practice writing complete, net ionic equations

135. 3/27/15 *Assembly Schedule (45 minute classes) 1.Make up quiz? 2.Review Reactions in Aqueous Solutions Notes, practice writing complete, net ionic equations 3.P. 302 #37-39; p. 304 #41-43; p. 306 # 46-48

136. 3/30/15 1.Hand back quiz, discuss 2.Review Reactions in Aqueous Solutions Notes 3.Correct P. 302 #37-39; p. 304 #41-43; p. 306 # 46-48 4.Teaching Tr. 33/Study Guide WS

137. 3/31/15 0: 25 minutes; 1 st : 60 minutes 1.Correct Teaching Tr. 33/Study Guide WS 2.Begin Pre-Lab

138. Aqueous Precipitate Reactions Lab 1. Title 2. Purpose (summarize “Introduction”) 3. Protocol: Flow chart (steps 5-13) Flow chart (steps 5-13) Materials (plastic wrap, tape, data table sheet, droppers) Materials (plastic wrap, tape, data table sheet, droppers) Safety concerns (5 solutions: sodium hydroxide, barium nitrate, cupric (Cu) nitrate, ferric (Fe) nitrate, zinc nitrate) Safety concerns (5 solutions: sodium hydroxide, barium nitrate, cupric (Cu) nitrate, ferric (Fe) nitrate, zinc nitrate) 4. Prelab analysis: responses for questions 2-3

139. 4/1/15 *Early Dismissal Schedule 1.Finish Pre-Lab (turn in at end of period if done) 2.Net Ionic Equation WS

140. 4/2/15 0: 25 minutes (no 1 st period) 1.Finish, turn in pre-lab 2.Net Ionic Equation WS

141. 4/3/15 1.Collect unfinished pre-labs 2.Conduct Procedures (groups of 2 for zero hour, groups of 3 for 1 st ) 3.Hand back, discuss pre-labs 4.Begin work on post-lab questions *Quiz Tuesday, 4/7 on Reactions in Aqueous Solutions

142. 4/6/15 1.Make up lab procedures? 2.Correct Net Ionic Equation WS 3.Discuss Post-Lab Analysis 4.Work on Post-Lab Report: 6. Post Lab Analysis; 7. Conclusion (Summarize what was learned, significance of lab); 8. Sources of Error (at least 2 possible sources of scientific error) *Quiz tomorrow on Reactions in Aqueous Solutions

143. 4/7/15 1.Reactions in Aqueous Solutions Quiz 2.Finish Post-Lab Report: 6. Post Lab Analysis; 7. Conclusion (Summarize what was learned, significance of lab); 8. Sources of Error (at least 2 possible sources of scientific error), turn in when done 3.Begin Reaction Unit Review WS *Post Lab Report due tomorrow at beginning of class *Chapter 9 Test on Thursday, 4/9

144. 4/8/15 1.Make up quiz? 2.Collect Post-Lab Report, Hand back completed reports, discuss 3.Hand back quiz, discuss 4.Reaction Unit Review WS, hand out answer keys *Reaction Unit Test tomorrow!

145. 4/9/15 1.Reaction Unit Test

146. 4/10/15 1.Make up test? 2.Review Avogadro’s Notes, Molar Conversions, T-charts 3.Begin Stoichiometry Notes 4.Ham Sandwich calculation from Stoichiometry notes, p. 375

147. 4/20/15 1.Make up test? 2.Review Stoichiometry Notes 3.Practice Stoichiometry problems p. 375-377 4.Stoichiometric Calculation WS/Mass-to-Mass Conversions WS

148. 4/21/15 1.Make up test? 2.Correct Stoichiometric Calculation WS/Mass-to-Mass Conversions WS 3.Practice Stoichiometry using density and STP 4.Stoichiometry WS

149. 4/22/15 *Early Dismissal Schedule 1.Correct Stoichiometry WS 2.Practice molecules  moles calculation

150. 4/23/15 1.Hand back tests, discuss 2.Practice STP, molecules  moles calculation 3.Stoichiometry Practice WS #1 *you need to write a balanced equation for each one first

151. 4/24/15 1.Correct Stoich. Practice WS #1 2.Introduce Molarity Calculations from Stoichiometry Notes, practice on p. 483 3.Practice more Stoichiometry problems (density, molecules, or STP)? 4.Stoichiometry Practice WS #2 Stoichiometry Quiz on Wednesday, 4/29 *Stoichiometry Quiz on Wednesday, 4/29

152. 4/27/15 *SBAC Schedule (0 period 25 minutes on Monday and Tuesday) 1.Correct Practice WS #2 2.Practice Stoichiometry problems on overhead using whiteboards Stoichiometry Quiz on Wednesday, 4/29 *Stoichiometry Quiz on Wednesday, 4/29

153. 4/29/15 1.Stoichiometry Quiz 2.Limiting Reactant Notes—Practice Problems

154. 4/30/15 *SBAC Schedule (0 period 25 minutes on Thursday and Friday) 1.Make up quiz? 2.Review, finish Limiting Reactant Notes—Practice Problems from book 3.PhET Simulation with Ham Sandwich 4.Finish Limiting Reactant Notes (Actual, Theoretical % Yield), % Yield examples from book

155. 5/4/15 1.Hand back quizzes, discuss 2.Review Limiting Reactant Notes 3.Limiting Reactant, % Yield examples from book 4.Limiting Reactant Practice WS

156. 5/5/15 1.Make up quiz? 2.Correct Limiting Reactant Practice WS 3.Hand out, conduct Percent Yield of a Precipitate Lab 4.Begin pre-lab questions

157. 5/6/15 *Early Dismissal Schedule 1.Final measurements for Percent Yield of a Precipitate Lab 2.Discuss pre-lab questions, finish pre-lab, start post-lab questions

158. 5/7/15 1.Make up precipitate lab? 2.Discuss post-lab questions 3.Finish pre-lab, answer post-lab questions, turn in if done

159. 5/8/15 1.Collect Post-lab questions 2.p. 983 #6-14 3.Hand back labs, discuss *Quiz on Limiting Reactant, % Yield on Tuesday!

160. 5/11/15 1.Collect missing labs from absent students 2.Correct p. 983 #6-14 3.Practice on whiteboards (with amounts in moles, finding amount of excess reactant) *Quiz on Limiting Reactant, % Yield tomorrow!

161. 5/12/15 1.Limiting Reactant, % Yield Quiz

162. 5/13/15 1.Make up quiz? 2.Hand out complete stoichiometry chart, discuss 3.Practice Lab Calculations from hypothetical data using whiteboards

163. 5/14/15 1.Hand back quiz, discuss 2.Practice more Lab Calculations from hypothetical data using whiteboards 3.Introduce Gas Properties Notes, using PhET Simulation: States of Matter http://phet.colorado.edu/en/simulation/states-of-matter http://phet.colorado.edu/en/simulation/states-of-matter *Lab Calculation Quiz tomorrow

164. 5/15/15 1.Lab Calculation Quiz 2.Review/continue Gas Properties Notes, PhET Simulation: States of Matter http://phet.colorado.edu/en/simulation/states-of-matter http://phet.colorado.edu/en/simulation/states-of-matter *Stoichiometry Test on Tuesday, 5/19!

165. 5/18/15 1.Hand back lab quiz, discuss 2.Stoichiometry Review with whiteboards (molecules, moles, density, Molarity) 3.Review, Continue Gas Properties Notes (through 12-2) *Stoichiometry Test tomorrow!

166. 5/19/15 1.Stoichiometry Test

167. 5/21/15 1.Make up test? 2.Review Gas Properties Notes (through 12-2) 3.Gas Laws Notes (Combined Gas Law), PhET Simulation: States of Matter http://phet.colorado.edu/en/simulation/states- of-matter http://phet.colorado.edu/en/simulation/states- of-matter http://phet.colorado.edu/en/simulation/states- of-matter 4.Practice Calculations (p. 443, 446, 448, 450)

168. 5/26/15 1.Continue Gas Laws Notes (Ideal Gas Law) 2.Practice Calculations (p. 455) 3.Discuss Bill Bellichick Press Conference Video: https://www.youtube.com/watch?v =dtzz98jXVW8 https://www.youtube.com/watch?v =dtzz98jXVW8 https://www.youtube.com/watch?v =dtzz98jXVW8 4.Begin Popcorn Pressure Pre-Lab

169. 5/27/15 1.Finish, turn in Pre-Lab Questions (Popcorn Pressure) 2.Ch. 13 Study Guide WS 2.Hand back pre-labs, discuss

170. 5/28/15 1.Conduct Popcorn Lab 2.Begin Post-Lab Calculations 2.Correct Ch. 13 Study Guide WS

171. 5/29/15 1.Make up popcorn lab? 2.Finish correcting Ch. 13 Study Guide WS 3.Finish Post-Labs, turn in when done 4.Chapter 13 Assessment WS

172. 6/1/15 1.Correct Chapter 13 Assessment WS 2.Collect rest of labs 3.Finish Gas Laws Notes 4.Practice Calculation from p. 461, 463, make up an ideal gas law example 5.Ideal Gas Law and Stoichiometry WS

173. 6/2/15 1.Hand back Popcorn labs, discuss 2.Correct Ideal Gas Law and Stoichiometry WS

174. 6/3/15 1.Chapter 13 Quiz 2.Hand out final exam review sheet

175. 6/4/15 1.Make up quiz? 2.Begin Final Exam Review

176. 6/5/15 1.Hand back quiz, discuss 2.Complete Review for Final Exam: Practice (using test examples): Writing Ionic Formulas Drawing Lewis Structures Naming Covalent Compounds Calculating Emperical Formula (and Molecular) Reaction Type Predictions Mass  Mass Stoichiometry Mole  Mass, Mass  Mole Volume  Mass, Mass  Volume Gas Laws Calculations

177. 6/8/15 1.Complete Review for Final Exam: Practice (using test examples): Writing Ionic Formulas Drawing Lewis Structures Naming Covalent Compounds Calculating Emperical Formula (and Molecular) Reaction Type Predictions Mass  Mass Stoichiometry Mole  Mass, Mass  Mole Volume  Mass, Mass  Volume Gas Laws Calculations

178. 6/9/15 1.Collect Books, Bathroom Passes 2.Final Exam (Zero Hour over the next two days