We will be reviewing for the final exam this week.  Our final exam will be on Thursday January 24th from 8:10-10:10 am.

Friday January 18th is a minimum day (students are released at 12:16) and the minimum day schedule is in effect the week of January 22-25.

Monday January 28th is the first day of the second semester.  First semester grades will be available by this date.

• Gases and Their Properties exam
• Submit Objective journal
• Submit Gas Stoichiometry problem set

• Submit Gas law lab
• Gas stoichiometry problem set due tomorrow
• Gases and Their Properties exam tomorrow; 50 m.c. questions
• Begin review: exam outline
• Objectives journal due tomorrow
• Tutoring today after school from 3:15-4:15

• Questions on Gas stoichiometry problems?
• Notes: Effusion and Diffusion
• Notes: Graham’s Law
• Read pages 206-214
• Gas stoichiometry problems due Tuesday
• Gas Law lab due Monday
• Gases and their Properties exam on Tuesday
• Tutoring Monday after school from 3:15-4:15

• Gas Lab debrief; lab due tomorrow
• Begin Gas stoichiometry (notes, concept checks)
• Read 190-194
• Gas stoichiometry problem set; do all practice problems (pages 186 and 189) for tomorrow; all practice problems and Additional problems #s 1-3 due on Tuesday

• Gas Law lab Part 2; lab due Friday
• Lab debrief

• Gas Law lab quiz
• Gas Law lab Part 1
• Part 2 tomorrow; lab due Friday

• Discuss Placement test #2 test date
• Notes: Dalton’s Law of Partial Pressures
• Concept Check
• Read 194-199
• Gas Law Lab quiz tomorrow; see lab handout in Edmodo
• Know the variables for the lab: independent, dependent, and control variables

• Correct Gas Law problem set #1
• Last submission for Ideal Gas law
• Correct Ideal Gas law problem set
• Return and correct assignments

• Review FRQ from Stoichiometry exam
• Review select questions from multiple choice section
• Return assignments
• Corrections
• Submit Ideal Gas law problem set; (final due date tomorrow)

• Gas Law problem sets questions?
• Discuss Gas Phenomena: Hand boiler
• Final exam outline

• Notes: Ideal Gas Law
• Read 185-190
• Do Ideal Gas Law problem set Due Thursday; do practice problem #2 page 174 and Additional problems 1-6
• Submit Gas law problem set #1

• Notes: Charles’ Law, Boyle’s Law and Avogadro’s law
• Gas Phenomena
• Concept Check: Boyle’s and Charles’ Law
• Gas Law problem set; due Tuesday (All practice problems and Additional problems #s 1-5)

• Notes: Kinetic Molecular theory
• Read 181-185
• Gas Law problem set; due Tuesday; practice problems p. 149 #1, 153 #1, 161 #1 & 2 and Additional problems #1-3, 5, 7, 8, 12.

• Complete Stoichiometry exam; 5 FRQ problems (15 mins)
• Empirical formula lab quiz
• Notes: Kinetic Molecular theory
• Discuss reading from Tuesday

• Empirical Formula lab due tomorrow
• Lab quiz on tomorrow: know definitions from lab, be able to answer questions from the procedure, solve an empirical formula problem
• M.C. portion of test today; FRQ problems on tomorrow

• Questions on problem sets?
• Lab debrief: Determining the Empirical Formula of Magnesium Oxide; lab due Thursday; post lab quiz on Thursday
• Stoichiometry unit exam tomorrow; m.c. tomorrow; frq on Thursday
• Begin Gases: notes
• Gas Phenomena
• Read 179-181

• Return problem sets
• Complete Lab: Determining the Empirical Formula of Magnesium Oxide; lab due Thursday; post lab quiz on Thursday
• Stoichiometry unit exam on Wednesday

• Submit Percent Yield problem set
• Discuss Stoichiometry exam format
• Empirical Formula lab; due on Tuesday

• Percent Yield problem set due tomorrow
• Unit summary
• Test format
• Lab discussion; lab due Monday

• Submit Percent Composition problem set
• Questions on Percent Yield practice problems?
• Do % Yield Additional Problems #s 1-2 due Friday
• Stoichiometry exam on WednesdayDec. 12

• Submit Limiting reactant problem set
• Notes: Percent Yield
• Percent Yield problem set due Friday
• Do Percent composition problem set due on Wednesday (All practice problems and Additional Problems #s 1-2)

• Limiting reactant problem set due tomorrow
• Percent Composition problem set due on Wednesday (All practice problems and Additional Problems #s 1-2)

• Submit Empirical Formula Problem set
• Continue work on Limiting Reactants w.s.; due Tuesday

• Questions on Empirical Formula problem set? Complete Additional Problems #1 and 2 (due Friday)
• Limiting reactant problem set: do practice problems (Additional problems #s 1-4 will be due next Tuesday)
• Read pages 106-113

• Correct Stoichiometry problem set
• Questions on Empirical Formula problem set? Complete Additional Problems #1 and 2 (due Friday)

• Notes: Stoichiometry and Empirical Formulas
• Sample problems for Empirical and Molecular formulas
• Do Empirical formula and Molecular formula problem set; all practice problems and Additional problems #s 1 & 2; due Friday
• Stoichiometry Problem set due

• Warm-up
• Questions on problem sets?
• Continue work on Stoichiometry problem set; due Tuesday November 27th

• Please note: the school district has cancelled school today and the make-up day will be scheduled at a different time.  You can finish the following lesson at home on your day off! Same due date applies.
• Have a safe thanksgiving break!   
• Continue work on Stoichiometry problem set; due Tuesday November 28th

• Given the concept of stoichiometry, you will be able to convert between units of different elements or compounds and prove by solving practice problems correctly.

• Submit Mole Concept problem set
• Stoichiometry Problem set (Practice problems and Additional problems #s 1-4); must be done on lined paper showing all work to receive full credit; due Monday November 26th
• Full version including solved sample problems available in problem set folder in Edmodo

• Given the concept of stoichiometry, you will be able to convert between units of different elements or compounds and prove by solving practice problems correctly.

• Continue Mole concept problem set (Due Thursday November 15th); do all practice problems and Additional problems # 1-5

• Given the mole concept, you will be able to convert between grams and moles of a substance and prove by solving a problem set correctly.

• Submit Equations w.s.
• Mole concept
• CRM Moles
• Mole concept problem set (Due Thursday November 15th); do all practice problems and Additional problems # 1-5

• Warm-up (2)
• Correct “Balancing Chemical Equations “ w.s.
• Submit “Predicting Products of Chemical reactions”
• Equations packet due Tuesday

• Complete notes on Types of reactions
• Questions on worksheet?
• Submit “Balancing chemical equations” w.s.
• Do “Predicting Products of Chemical reactions” due tomorrow

• Warm-up (CRM)
• Notes: Oxidation numbers and Types of chemical reactions (CP Chemistry)
• Continue work with Balancing chemical equations; w.s. due on Thursday

• Balancing chemical equations notes
• Balancing Chemical equation w.s.; due Wednesday

• Begin Stoichiometry (Chapter 3)
• Read pages 77-81
• Notes: Stoichiometry

• Chemical nomenclature
• Review pages 57-67
• Submit VSEPR lab

• Bonding exam
• Submit Daily agenda notebook
• VSEPR Lab due tomorrow

• Submit VSEPR w.s.
• VSEPR lab debrief; lab due Friday
• Exam preparation (Plickers)

• Submit Bonding w.s.
• VSEPR lab
• VSEPR w.s. due tomorrow

• Review Exam outline
• Bonding exam is on Thursday
• Bonding review sheet due tomorrow
• VSEPR w.s.; due Wednesday
• Exam tutoring today after school (3:15-4:15)

• Continue work on Bonding review w.s.
• Return assignments

• Discuss Hybridization
• Do Bonding review w.s.; due Tuesday

• Complete notes on VSEPR
• Notes on Hybridization of models (Chapter 9)
• Read 391-403

• Warm-up: Resonance structures
• Do in-class quiz; you may use your PTE, textbook,  N-A = S sheet, but no other resources; due today
• Correct question 67 on page 385 using N-A=S equation
• VSEPR models
• Notes on VSEPR
• Read 367-379

• Concept Check review from Friday
• Concept check
• Do question 67 on page 385 using N-A=S equation
• Continue work on Lewis Structures
• Lewis Structure Quiz tomorrow

• Lewis Dot structures notes
• Concept check
• Review Lewis Dot structures
• Read pages 354-367 (sec. 8.10-8.13)

• Complete review of ionic bond properties
• Discuss the significance of models in science
• Concept review
• Read 347-354 (sec. 8.7-8.10)

• Questions on Lewis Structure w.s.; submit
• Review FRQ from Atom exam
• Bonding notes
• Concept checks

• Notes on Lewis Dot structures
• Read 354-361
• Lewis Dot structure w.s.; due tomorrow

• What is the trend for electronegativity?  What are the exceptions?
• Review concept check from end of the lesson yesterday
• Review reading assignment. Questions?
• Continue bonding notes

• Bonding notes
• Read pages 330-335
• Examine the differences in the values of electronegativity from figure 8.3 on page 334
• State the trend and exceptions

Atom and Molecules exam

• College week presentation #3: How to improve ACT Science Scores
• Submit PTE w.s.

• College Week presentation #2: Should I do EA or ED or Regular Admission?
• Electromagnetic spectrum video
• Submit Flame test lab
• PTE review worksheet due tomorrow

• College Week presentation #1
• Flame test due tomorrow
• Periodic Table w.s.; due Wednesday

Flame test lab; due Tuesday

• View Bozeman science video on Emission and Absorption
• Make lab groups (7 groups of 5)
• Pre-lab discussion
• Submit electron configuration w.s.

• Notes: photoelectric effect
• Field trip: Waves
• PhET demonstration
• Complete electron configuration w.s.; due tomorrow

• Complete assignment from yesterday
• Read pages 293-294 (section 7.6)
• Read pages 302-309 (section 7.11)
• Read pages 279-281 on the Photoelectric effect
• Watch video from Bozeman science on the photon (the link can be found in your video folder in Edmodo)

• Complete assignment from Friday
• Write the electron configuration for elements 21-30
• Discuss Aufbau Principle
• Discuss the Pauli exclusion principle
• Discuss Hund’s Rule
• Draw orbital notation diagrams for elements 10-20

• Notes: Quantum numbers
• Write the Electron configuration for the first 20 elements
• Write the Nobel gas configuration for the first 20 elements
• Van deGraaf Generator

• Review Families on the Periodic Table
• Notes: Ions
• Read p. 52-55
• Submit “Naming of Non-binary compounds” and “Naming compounds (Mixed)”

• Continue Nomenclature practice; complete w.s. from yesterday; exchange and correct
• Do “Naming of Non-binary compounds” and “Naming compounds (Mixed)”; due tomorrow

• Submit Oxidation number w.s. (2)
• Chemical Nomenclature: using your textbook and periodic table as a resource, complete the worksheets with the correct names and formulas

• How has the model of the atom changed from the solar system model?
• Which postulates of Dalton’s atomic theory are no longer valid?
• Notes: Ions
• Read 57-66
• Questions on Oxidation # w.s. (2)?; due tomorrow

• Notes: Oxidation numbers
• Read pages 155-160
• Apply the concept of oxidation numbers to chemical nomenclature (writing the names of formulas)
• Complete the two worksheets by using the information found in your reading and notes

• Review the Organization of the Periodic Table
• Submit History of the atom assignment
• Calculating Atomic Mass
• Read pages 49-50, 52-57

• Review Unit exam 1
• Review history of the atomic theory assignment; look at student samples
• Review trends in the periodic table
• Continue Atom notes

Unit 1 exam: 12 free response questions

• Review assignment from Friday
• Using a white board, summarize the parts of an atom
• Select three atoms to diagram
• List mass number, atomic number, # of p+, n, e-
• Review trends on the periodic table for Wednesday
• Unit exam 1 tomorrow

• Return unit 1 packets and correct
• Begin Unit 2 notes: atoms and the periodic table
• Be prepared to explain how each of the historical contributors to our current model of the atom provided evidence in support of the model or law that they are known for
• Exam Tuesday; formulas to memorize: density, temperature and metric conversions

• Review unit materials
• Test questions?

• Correct temperature conversion problems from text (#s49-52)
• Do density problems from text (#s53, 55)
• Practice problems from end of chapter (#s 25, 27, 29, 31, 35, 37, 45)
• Submit Temperature conversion problem set from yesterday; correct

• Complete safety protocols; submit safety contract
• Submit Scientific notation packet; correct packet
• Do Temperature conversion problem set #s 1-8; show your work for full points; due tomorrow
• Pair share and brainstorm: How and why are these calculation used in chemistry?

• Scientific notation packet due tomorrow
• Begin safety protocols
• Do Temperature conversions page 33 & 34 #s 49-52; due tomorrow
• Read pages 19-25 (temperature and density)
• Do sample problems in section 1.7 and 1.8

• Summary of math activities for the week
• Complete corrections to placement test and submit for re-grading

• Review of metric conversions
• Syllabus check
• Continue work on significant figues problem set; due tomorrow
• Questions on scientific notation problem set? Due on Tuesday

• Continue work on packets
• Scientific notation packet; due Monday
• UC Davis requirements
• Pair share and brainstorm: How and why are these calculation used in chemistry?

• Review placement test score; revise answers as necessary
• Continue work on metric conversions; due Wednesday
• Significant figures packet; due Friday

Complete materials from yesterday

Placement test #1 (your grade counts!)

Metric conversions

Review Course syllabus: take home to parents to have signed by early next week

Review Course outline

Discuss Course expectations

Placement test #1 tomorrow