Chemistry

Class Schedule

May 31 - July 4
 

What is pH?

How do titrations work?

Through:
1. Notes on Acids and Bases
2.Titration Lab

Out:
* The Lab Practical

May 24-28
 

Through:
1. Gallery walk

Out:
* Questions and review work

Through:
1. Take the final

Out:
*Chill out time

May 17-21
 

Through:
1. Go over HW and Lab
2. Notes on Hess's Law

Out:
* Sample Problems

2. Calorimetry and Specific Heat WS

(HW CHECK SHEET)

2. Hess's Law WS

Through:
1. What is liquid nitrogen?
2. N₂ Demos

Out:
*Review WS

2. Hess's Law WS

(HW CHECK SHEET)

What is a base?

Through:
1. Thermo Test

Out:
* Intro to acids and bases

2. Unit 10 HW Sheets

2. pH Prelab

May 10-14
 

How do we use enthalpy values to determine energy changes?

Through:
1. Thermo Notes
2. Gun Cotton demo
3. Sample Problems

Out:
Tri-iodide demo

(HW CHECK SHEET)

2. Heat capacity and specific heat reading/problems

Through:
1. Calorimetry Notes
2. Calorimetry and specific Heat Lab

Out:
* Complete Lab

2. Heat capacity and specific heat reading/problems

(HW CHECK SHEET)

2. Calorimetry and Specific Heat WS

Through:
1. Go over HW and Lab
2. Notes on Hess's Law

Out:
* Sample Problems

2. Calorimetry and Specific Heat WS

(HW CHECK SHEET)

2. Hess's Law WS

May 3-7
 

Through:
1. HW Check
2. Molarity of HCl Lab

Out:
* Complete Lab

2. Prelab

UNIT 9 HW CHECK

2. Colligative Properties Prelab

How do they work?

Through:
1. Revise Labs and Collect Class Data. SAMPLE REPORT
2. Colligative Properties Prelab Discussion/Notes

Out:
* Colligative Properties Lab

2. Colligative Properties Prelab

1. Bring Your Text To Class Next Period

Through:
1. Solutions Test
2. Heat Capacity Reading
3. Hot and Cold Packs Reading

Out:
* Terms to know list

2. Complete terms to know list.

April 26-30
 

How do we calculate molarity?

Through:
1. Go over HW
2. Lemonade Anyone?
3. Notes on Molarity
4. Lemonade Anyone Calculations

Out:
*Dilutions

2. Solutbility Curves WS

UNIT 9 HW CHECK

Stoichiometry + Solutions?

Through:
1. Go over HW
2. Stoich Notes

Out:
* Sample Problems

UNIT 9 HW CHECK

2. HCl Prelab

Through:
1. HW Check
2. Molarity of HCl Lab

Out:
* Complete Lab

2. Prelab

UNIT 9 HW CHECK

2. Colligative Properties Prelab

April 19-23
 

Through:
1. Stoich Quiz
2. Percent Yield Notes

Out:
* Complete Lab

UNIT 8 HW

2. Percent Yield WS

Through:
1. Science ACT Practice Test

Out:
* One Last sample problem.

2. Percent Yield and Review WS

UNIT 8 HW

2. Notes: Pages
318-321 AND  344-350 AND
367-374

Through:
1. Unit 8 test

Out:
* Intro to solutions notes

2. Notes: Pages
318-321 AND  344-350 AND
367-374

3. UNIT 8 HW

2. Solution WS #1

April 12-16
 

Through:
1. HW Check
2.Notes on limiting reactant
3. Sample problems

Out:
* LR Prelab

2. Stoich WS 1
     # 7-9

3. Stoich WS 2
    # Odd

UNIT 8 HW

2. LR WS Odd Numbers

Through:
1. HW Check
2. Limiting Reactant Lab

Out:
*LR WS Even #s

UNIT 8 HW

Through:
1. Stoich Quiz
2. Percent Yield Notes

Out:
* Complete Lab

2. Percent Yield WS

April 5-9
 

Through:
1. What is the molar mass of butane?

Out:
*And the answer is?

How do we use it in molar conversions?

Through:
1. S'more Lab
2. Stoichiometry Notes

Out:
*Sample Problems

2. Stoich. WS   Part 1

Through:
1. Grade HW
2. Rocket Lab
3. Cont. Stoichiometry Notes

Out:
* More sample problems

2. Stoich. WS Part 1

Unit 8 HW check Sheet

318-321 AND  344-350

2. Stoich. WS    Part 2

March
22 - 26
 

Through:
1. Grade HW (Combined WS + Ideal WS)
2. The Percent CO₂ in Alka Seltzer Lab

Out:
* Gases Review WS

(Unit 7 HW Sheet)

Through:
1. Test

Out:
* Have a great break

2. Unit 7 HW

3. Alka Seltzer Lab

Through:
1. The molar mass of butane lab.

Out:
* The answer is?

March
15-19
 

How does n fit in?

Through:
1. Gas law demos
2. The combined gas law derivation.
3. Deriving the ideal gas law.

Out:
*My Choo Choo Train Is Broken!

(Unit 7 HW Sheet)

How does n fit in?

Through:
1. Gas law demos
2. The combined gas law derivation.
3. Deriving the ideal gas law.

Out:
*My Choo Choo Train Is Broken!

(Unit 7 HW Sheet)

March
8-12
 

Through:
1. MC
2. SA

Out:
* Lab Practical

(UNIT 6 HW Sheet)

Through:
1. Notes on gases.
2. PHET demonstration: Graph it!!!
3. Boyle's law.

Out:
* Nerf Rockets: Can you explain it?

(Unit 7 HW Sheet)

What is the relationship between pressure and temperature?

Through:
1. Charles Law: Volume vs Temperature: Graph It!!!
2. Gay Lussac's Law: Pressure vs. Temperature: Graph it!!!

Out:
*My Choo Choo Train Is Broken!

(Unit 7 HW Sheet)

March 1-5
 

How do you calculate molecular formula?

Through:
1. Grade HW
2. Mole-lympics: Day 3
3. Notes on calculating molecular formula.

Out:
* Complete molecular and empirical formula WS

(UNIT 6 HW Sheet)

Through:
1. Mole-lympics day 4

Out:
*Mole Review WS

(UNIT 6 HW Sheet)

2. Missing work can still be done for Cu+Sn

Through:
1. MC
2. SA

Out:
* Lab Practical

(UNIT 6 HW Sheet)

Feb 22 - 26
 

Through:
1. Grade HW
2. How do we convert moles to liters?
3. More fun with molar conversions.

Out:
* Molar Volume Practice WS

Through:
1. Grade HW
2. Molecules in a drop of water mini Lab
3. Notes on percent composition

Out:
*Percent Composition WS

(UNIT 6 HW Sheet)

Through:
1. Grade HW
2. Notes on Empirical and Molecular formulas

Out:
* Empirical and Molecular Formula WS

2. Percent Composition WS

(UNIT 6 HW Sheet)

Feb 15 - 19
 

What is Avogadro's number?

How do you calculate molar mass?

How do we convert between grams, moles, and particles?

Through:
1. Grade HW
2. When should you buy those shoes? Pass it along.
3. Notes on the mole, Avogadro, and molar mass.
     PPT Version
4. Practice conversions.

Out:
* Work on Molar Mass and Particles WS

Through:
1. Grade HW
2. How do we convert moles to liters?
3. More fun with molar conversions.

Out:
* Molar Volume Practice WS

Feb 8 - 12
 

Through:
1. Practice Quiz
2. Enrichment and remediation.
     Alkali Metals = More practice
     Nobel Gasses = Silly Putty

Out:
* Combustion and review WS

2. Study??????

Through:
1. HW Questions
2.Unit 5.5 Test MC
2. Unit 5.5 Test SA

Out:
* Start HW for unit 6

How do we use significant figures when completing calculations?

How do we use dimensional analysis to make conversions?

Through:
1. Review of how to make measurements in chemistry.
2. Review of Significant Figures
3. Notes on Dimensional Analysis

Out:
* Conversion Practice WS

Feb 1 - 5
 

Through:
1. Notes on SR Reactions
2. SR Virtual Lab

Out:
* SR WS

2. Complete SR WS

Through:
1. Grade HW
2. DR and SR Review Questions
3. Notes on Synthesis and Decomposition Reactions

Out:
* Synthesis and decomposition WS

2. SR WS
(UNIT 5.5 HW Check)

Through:
1. Practice Quiz
2. Enrichment and remediation.
     Alkali Metals = More practice
     Nobel Gasses = Silly Putty

Out:
* Combustion and review WS

Jan 25 - 29
 

Through:
1. Grade HW
2. Notes on writing net ionic reactions.

Out:
* Work on Net Ionic Reactions WS

2. Costas Questions on pg 329-330
UNIT 5and 1/2 HW CHECK 

How do we identify unknowns in a solution?

Through:
1. Grade HW
2. Double Replacement Lab/Registration

Out:
* Complete the Lab Report

2. Complete DR Review WS

Through:
1. Quiz over DR and Net Ionic Reactions
2. Notes on single replacement reactions.

Out:
* Work on SR WS

2. Complete SR WS

How do we write double replacement reactions?

Through:
1. Demo: The formation of Lead II Iodide
2. Notes on writing double replacement reactions.
* Solubility Table
 

Out:
*Double Replacement WS

2. Read and generate one question for each Costa Level on  pg 329-330

Through:
1. Grade HW
2. Notes on writing net ionic reactions.
3. DR Lab

Out:
* Stalactites and Stalagmites Video.
* Write the reaction.

2. Costas Questions on pg 329-330
UNIT 5and 1/2 HW CHECK 

Jan 11 - 15
 

Through:
1.) Unit 5 test

Out:
*Questions over final exam reviews

Jan 4 - 8
 

Through:
1. Notes and Demos on Combustion Reactions, Synthesis Reactions, and Decomposition Reactions.

Out:
* Equation WS #2

2. Cornell notes pg 325 - 327 (top)

2. Read/Cornell Notes pg 327-329

Through:
1. Remediation:
     * Nobel Gases = Shaving
        Cream Art
     * Transitional Metals =
        Corrections and More Guided Practice
 

Out:
* Making Silver Demo: Write the Reaction

2. Cornell Notes pg 327-329

Through:
1. Unit 5 Review WS
2. Work on Final Exam Review

Out:
* What do we need to accomplish before finals?

2. Complete Review WS

Dec 14 - 18
 

What are the different types of reactions?

Through:
1.Ira Remsen Reaction: Read and translate the reaction.
2. Writing Reactions Practice WS
3. Types of reactions notes

Out:
* Burn Steel Wool: Write the reaction(s) Fe II and FeIII

2. Read/Cornell Notes pg 313-316

What does it have to do with writing reactions?

Through:
1. Conservation of mass mini lab.
2. Notes on balancing reactions.
3. Balancing Reactions practice WS

Out:
* Decomposition of NaHCO3

2. Cornell Notes pg 313-316

2. Read/Cornell notes pg 325 - 327 (top)

Through:
1. Synthesis Reactions Up Close: MgO Lab.

Out:
*Complete Lab

2. Read/Cornell notes pg 325 - 327 (top)

2. Read/Cornell Notes pg 327-329

Dec 7-11
 

What are the forces that hold molecules together?

Through:
1. Polarity Demo
2. Determining polarity notes
3. Magic Sand Mini Lab
4. Why? IMFs

Out:
* Tie dye washing instructions

2. Cornell Notes
pg 219-224

UNIT 4 HW Check Sheet

2. Mixed Naming WS

Through:
1. Drops of water video: Explain the bouncing drop.
2. IMF graphing WS

Out:
* Exam Preview: Sample Test Online
* A Bear falls in a lake and dissolves, what color was the bear?
 

2. Mixed Naming WS

2. Review WS

Through:
1. Assessment
     * ACT
     * Multiple Choice
     * Short Answer
     * Lab Practical

Out:
* Self reflection: Two weeks of class left, what do you want out of this class?

2. Unit 4 HW

Nov 30 -
Dec 4
 

How do I determine the polarity of a molecule?

Through:
1. Shapes Activity
2. Goody Goody Gum Drops Activity
3. Polarity notes

Out:
*Static Electricity and Water Demo

2. Lewis Structures WS

3. Read/Cornell Notes  
    pg 202-207 +
    pg 214-218

UNIT 4 HW Check Sheet

2. Bring a 100% Cotton T-Shirt

How do I determine the polarity of a molecule?

Through:
1. Tie Dye
2. Review Worksheet
3. Complete shapes portion of ws

Out:
*Washing Directions for Tie Die

UNIT 4 HW Check Sheet

2. Read/Cornell Notes pg 219-224

Through:
1. Polarity Demo
2. Determining polarity notes
3. Magic Sand Mini Lab
3. Why? IMFs

Out:
* Solubility Demo
* Polar Bear Joke

2. Read/Cornell Notes pg 219-224

UNIT 4 HW Check Sheet

2. Naming WS (Mixed)

Nov 23 - 27
 

Through:
1.) Shexam!! Basics of bonding and Ionic Nomenclature.
2.) Notes on Covalent Bonds
3.) Lewis Structures WS (Maybe)

Out:
* Covalent Naming WS
* Lewis Structures WS (Maybe)

2. Lewis Structures WS (Maybe)

2. Read/Cornell Notes       pg 202-207 + pg 214-218

Nov 16 - 20
 

Through:
1. Naming Ionic compounds and Lewis Structures Notes
2. Naming Ionic Compounds Practice Problems.

Out:
* Confidence log Update

Through:
1. Review White Board quiz
* MgO Demo
2. Grade HW
3. Ionic Naming WS Odd #s

Out:
*Conductivity Demo
*Confidence log Update

How do we name covalent molecules?

Through:
1. Enrich and Remediate
       - Ionic Naming Matrix Lab
       - Water Crystals Lab
2. Ionic Naming WS #3

Out:
- Confidence Log Update

2. Read/Cornell Notes       pg 202-207 + pg 214-218

Nov 9 -13
 

What are ionic, covalent, and metallic bonds?

Through:
1. Properties of the Elements Lab
Out:
*T-Tables for Bond types.

Through:
1. Notes: Ionic, Covalent, and metallic bonds.
2. Run Properties of Molecules, Compounds and Metals lab

Out:
* Complete Lab Questions

Through:
1. Naming Ionic compounds and Lewis Structures Notes
2. Naming Ionic Compounds Practice Problems.
3. Naming Ionic Compounds WS

Out:
* Confidence log Update

Nov 2 - 6
 

Through:
1. Notes on Periodic Properties
2. ROTPAR

Out:
* Check ROTPAR

Through:
1. Review Stations
2. Review WS

Out:
* Unit 3 Confidence Log

Through:
1. Unit 3 Exam

Out:
* Polyatomic Ion Flash Cards

2. Read and Cornell Notes pg 172-175, 198 -201

Oct 19 - 23
 

Through:
1. Go over HW
2. Periodic Table of the Visible Spectrum
3. Finish Getting to know the periodic table activity
4. Notes on periodic properties

Out:
* Elements Quiz 1 (Practice)

2. Section Review pg 123: #1-15

Through:
1. Graphing periodic trends activity.
2. Summarize results

Out:
* Elements Quiz 2 (Practice)

Through:
1. Notes on periodic properties
2. ROTPAR

Out:
* Check ROTPAR

Oct 12 - 16
 

Are we ready for the test?

Through:
1. Vegium Lab: A Third Look (2nd Example)
2. Electron Configuration practice problem
2. Writing abbreviated electron configurations.
3. Unit 2 Review WS

Out:
*The Glowing Pickle
*Confidence Log Up Date

2. Any missing work?

3. Lab redos?

4. Study? Maybe just a little?

Through:
1. Take it

Out:
*Essential Elements Flash Cards

2. Finish making Flashcards

What are the groups/families of the periodic table?

Through:
1. Getting to know the Periodic Table Activity
2. History of the periodic Table Notes
3. Periodic Table of the Visible Spectrum Activity

Out:
*Go over unit 2 test

2. Flash Cards

2. Section Review pg 123: #1-15
 

Oct 5 - 9
 

Where does the atomic spectra come from?

Through:
1. Notes on light and atomic spectra.
2. Flame Test and Atomic Spectra Quick lab
*Where do the colors come from?

Out:
* ACT Practice

2. Draw your model/ diagram of the hotel and check in procedures.

What is the address of an electron?

Through:
1. Notes on writing electron configurations.
       * Electron Configuration Diagrams
2. Practice, practice and more practice.

Out:
* Glow in the dark club soda.
* Confidence Log Up Date

Are we ready for the test?

Through:
1. Vegium Lab: A Third Look
2. Electron Configuration practice problem
2. Writing abbreviated electron configurations.
3. Unit 2 Review WS

Out:
*The Glowing Pickle
*Confidence Log Up Date

2. Any missing work?

3. Lab redos?

4. Study? Maybe just a little?

Sep 28 - Oct 2
 

How is atomic mass calculated?

Through:
1. Grade p, n, e WS
2. Notes on isotopes and calculating atomic mass.

Out:
* How are tomatoes like isotopes?

2. Read/Notes 676-681

Through:
1. Atomic Structure Mini Quiz
2. Vegium Lab

Out:
* Preview Lab Questions

2. Nuclear Question Sheet

Compare and contrast fusion and fission.

How do we calculate half life?

Through:
1. Post Lab on Vegium
2. Notes on nuclear reactions.
3. Half life lab. (If Time Allows)

Out:
* Nuclear NEWS Readings??

2. Lab Notebooks
 

2. Complete Half Life Lab

Sep 21 - 25
 

Through:
1. Unit 1 Exam

Out:
*Self reflection:
-How did you do?
-What will you do the same/differently in unit 2?

2. Complete 1-2-3 Black Lab

How can I use that information?

Through:
1. Notes on the basics of atomic structure.

Out:
* p, n and e WS

2. Read/notes pg 88-90

How is atomic mass calculated?

Through:
1. Notes on isotopes and calculating atomic mass.
2. Vegium lab.

Out:
* Calculations for Vegium Lab

2. Read/Notes 676-681

Sep 14 - 18
 

Through:
1. Unit 1 Quiz: Where are we at?
2. The Nuts and Bolts of Matter

Out:
* Answer objective question using the flow chart on page 32

Through:
1. Go over lab notebook grades
2. Go over quiz grades
3. Go over density WS
4. Current class grades
5. 1-2-3 Black

Out:
* Getting ready for the exam: Exam Policy

Through:
1. Unit 1 Exam

Out:
*Self reflection:
-How did you do?
-What will you do the same/differently in unit 2?

Sep 7-11
 

Through:
1. Why are you reading this?

Out:
*Are you still reading this?

Through:
1. Hooke's Law Lab
2. ACT Discussion

Out:
*ACT Practice Test: Density

2. Read/Notes on Graphing

3. Graphing Practice WS

2. Read/highlight: 4 steps to solving quantitative problems.

Through:
1. Do bowling balls float?
2. Notes on Physical Properties
3. Density Lab

Out:
* Pepsi vs Diet Pepsi

2. Check Notes: 4 steps to solving quantitative problems.

2. Density WS

Aug 31 - Sep 4
 

Through:
1. Solids vs Liquids vs Gases and the Particle Theory of Matter
2. ACT Pretest
2. What is science? Lab notebook
3. Inquiry Lab

Out:
* Summarize: What have we learned so far?

Through:
1. Notes on making measurements in chemistry.
2. Measurement lab stations
 

Out:
*Quick Check: Answer to station 10?

How do you determine the number of significant figures in a measurement?

How do you display data in a graph?

Through:
1. Notes of Sig Figs
2. Measurement Lab: Take 2
 

Out:
*A Sig Fig Fable

2. Read/Notes on Graphing

3. Graphing Practice WS

Aug 24 - 28
 

In:
*Observe demos
*Discussion: Based on what you have seen and what you know, what is chemistry?

Through:
1.  Introductions:  Who are you?
2.  Safety Sheet: highlight your top 10
3. Esters Lab: Make Wintergreen

Out:
*How to read using sticky notes

2. Read and Sticky notes for pgs. 4-9 and 18-19. (HW)

3. Gather Supplies:
     - Two Notebooks
     - Pencil AND Pen

2. Next Period

How are solids, liquids and gasses the same? How are they different?

Through:
1. Your Edventure Notebook: How to set it up
2. Reactions in a baggie:
     -Collect observations
     -How do you know a chemical reaction took
      place?
3. Notes: The Particle Theory of Matter

Out:
* Solids vs Liquids vs Gasses T-Table

2. * Summarize the class policies for:
- Grades
- HW
- Passes out of class

2. Next Period

Through:
1. Solids vs Liquids vs Gases and the Particle Theory of Matter
2. ACT Pretest
2. What is science? Lab Notebook
3. Inquiry Lab

Out:
* Summarize the week: What have we learned so far?