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Lab Chem Daily Log Q4

Page history last edited by Bill Briggs 10 years, 4 months ago

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Lab Chemistry

Daily Log of Classwork, Homework & Handouts

QUARTER 4

 

  Date Classwork Handouts Homework
    week 9    
40

Mon

6/8

  1. Nuclear Website WS with laptops
  2. Read Sec. 19.3 - 19.10
  1. Nuclear Website WS 1.pdf
  1. Finish reading
    week 8    
39

Fri

6/4

  1. Finish Test (if needed)
  2. Intro to Nuclear Chem & Nuclear Reactions
  3. Nuclear Equations WS
  1. Nuclear Equations WS
  1. Read Sec. 19.0 - 19.2
38

Thu

6/3

  1. Test review
  2. TEST #7
none none
37

Wed

6/2

  1. Dalton's Law of Partial Pressures
  2. Test review as time allows
none
  1. Study for Test
  2. make Notecard
36

Tue

6/1

  1. Gas Law Animations
  2. Gas Law WS
  3. Finish Lab Conclusion
  1. Gas Law Review WS
  1. Read 13.6-13.9
  2. Finish WS
    week 7    
35

Fri

5/28

  1. Rev. HW
  2. Bagging the Gas Lab
    • Intro & Sample calculation
    • write pre-lab & do lab
  1. Bagging the Gas lab
 
34

Thu

5/27

  1. Rev. HW
  2. Gas Stoichiometry: Intro & Practice: p. 422 #86, 88, 92, 100, 101, 102
none
  1. Read Sec. 13.10
  2. Finish Class work
33

Wed

5/26

  1. Use Virtual Gas lab calculation to introduce Ideal Gas Law
  2. do Self check 13.5 & 13.6
  3. do p. 420 #45, 46, 50, 52, 58, 60, 64
none
  1. Read 13.2 - 13.6
  2. Finish Class work
32

Tue

5/25

  1. Can Crushing lab
    • write prelab
    • Do lab
    • write conclusion
  2. Do virtual gas lab WS
  1. Virtual Gas Lab WS
 
31

Mon

5/24

  1. Rev. Boyle's & Charles's Law WS
  2. Gay-Lussac's & Combined Gas laws: Intro & WS
  3. Avogadro's law intro and p.420 #39 - 44
  1. Gas Law WS
  1. Bring soda can for lab
  2. finish class work
    week 6    
30

Fri

5/21

  1. Review Boyle's Law
  2. Charles's Law
  3. do worksheet
  1. Boyle's & Charles's Law WS
  1. Finish WS
29

Thu

5/20

  1. Gas Pressure Conversions
    • p. 418 #1,3,5,8,10,12
  2. Boyle's Law: Virtual Gas Lab demo, derive Boyle's Law, Video demos, practice
    • p. 419 #18-24 evens  
none
  1. finish class work
28

Wed

5/19

  1. Test
  2. Start HW
TEST #6
  1. Read Sec. 13.0, 13.1
  2. Do Self Check 13.1
27

Tue

5/18

  1. Finish presentations
  2. practice test
none
  1. Study for Test
26

Mon

5/17

  1. Presentations
  2. work on practice test
none
  1. Finish Practice Test
  2. Finish Presentation 
    week 5    
25

Fri

5/14

  1. Practice Test - Unit 6 
  1. Practice Test
  1. Finish presentation & practice it.  Be ready to present on Monday.
24

Thu

5/13

  1. Molecular Models activity - building models of SC 12.4 molecules
none
  1. Finish reading ch. 12 (Notes or Vocab due Monday)
  2. p. 377 #57, 61, 67
  3. Finish Presentations (be ready to present on Monday)
23

Wed

5/12

  1. Missing work reports
  2. Work on presentations on laptops
none
  1. work on presentations
22

Tue

5/11

  1. Lewis Structures: Intro & Practice: Self-Check 12.4
none
  1. Project Research
21

Mon

5/10

  1. Electronegativity & Bond Polarity
    • Electronegativity Learning Guide
    • p.374 #7-9, 12-20 evens
  2. Lewis Structures
  1. Electronegativity Learning Guide
  1. Read 12.6 (notes or vocab)
    week 4    
20

Fri

5/7

  1. Periodic Trends Activity - finish
  2. class discussion of Periodic Trends
  3. Ch. 11 QUIZ
Quiz
  1. Read 12.0 - 12.3 (& Notes or Vocab)
  2. Start research for Internet Inquiry Presentation
19

Thu

5/6

  1. Electron Configuration review
  2. Periodic Trends Graphing 
  1. Periodic Trends Activity
  1. Read 11.11
18

Wed

5/5

  1. Electron Configuration: p.334-335 #43, 49, 51, 59, 61, 62
none
  1. Read 11.11
  2. Start presentation research
17

Tue

5/4

  1. lecture: orbital shapes & electron configuration
  2. B1: Orbital Notation & Periodic Table WS
  3. Electron configuration practice
  1. Internet Inquiry Presentation
  1. Read 11.9-11.10 (& Notes or Vocab)
16

Mon

5/3

  1. Finish Quantum Leap lab Q's
  2. Spectrum Activity WS Q.# 5,6
  3. Intro to Electron Orbitals lecture
  4. Hog Hilton WS
  5. Orbital Notation WS (B2)
  1. Hog Hilton WS
  2. Orbital Notation & Periodic Table
  1. Read 11.7 - 11.8
  2. Finish Class work
    week 3
   
15

Fri

4/30

  1. Turn in lab books
  2. lecture: Spectral lines and Bohr's atom
  3. Spectrum Activity #2 (Bohr's Model)
  4. Quantum Leap lab
  1. Bohr's Model & EM Spectrum Practice WS 
none
14

Thu

4/29

  1. Lab Clean up
  2. Flame Test Lab
  1. Flame Test Lab
  1. Finish Lab Q's
  2. Read Sec. 11.1 - 11.6
13

Wed

4/28

  1. Spectrum Activity #1
  2. Lecture: EM Spectrum & light production
  1. Unit 6 syllabus
  2. Spectrum Activity #1
 
12

Tue

4/27

  1. Atom Time Line
 
  1. Read Sec. 11.2 - 11.4
11

Mon

4/26

  1. Finish Test 
  2. History of the Atom research
 
  1. Finish History of the Atom research
  2. Read 4.3, 4.5, 11.1
    week 2    
10

Fri

4/16

  1. TEST #4
 
  1. If you didn't finish test, study for Test
9

Thu

4/15

  1. Finish Lab Q's
  2. Practice Test
 
  1. Study for Test
8

Wed

4/14

  1. Al - CuCl2 Lab
  1. Al - CuCl2 lab
  1. Lab Questions
7

Tue

4/13

  1. (B2) Empirical Formula Quiz
  2. Review Limiting Reactant WS
  3. Do workshops
  1. Limiting Reagent WS
  2. Percent Yield WS
  1. Finish Worksheets
6

Mon

4/12

  1. Empirical Formula Quiz (B1)
  2. Limiting Reactants: intro & practice
  1. Stoichiometry: Limiting Reagent WS
  1. Finish Limiting Reagent WS
   

week 1

   
5

Fri

4/9

  1. Review Empirical Formula WS
  2. Stoichiometry WS 
  1. Stoichiometry WS
  1. Finish Stoichiometry WS
4

Thu

4/8

  1. Mass calculations: Study section 9.3.  Do self checks 9.2-9.4
  2. Empirical Formula WS
  1. Determining Empirical Formula WS (sorry, no e-version)
  1. Finish Empirical Formula WS
3

Wed

4/7

  1. Stoich Intro (Mole-Mole)
  2. Mole Ratio WS
  3. start HW
  1. Mole Ratio WS
  1. p.260 #1-5, 11, 13
2

Tue

4/6

  1. Review Empirical Formula S.C.
  2. Empirical Formula Practice: p.234 #58-66 evens
  3. Molecular Formulas
  4. Molecular Formula practice: p.234 #78, 79, 80
none
  1. Read Sec. 9.0 - 9.2
1

Mon

4/5

  1. Percent Composition
  2. Empirical Formulas
none
  1. Read 8.5-8.7
  2. Self Check 8.8 - 8.10

 

 

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