Chemistry+Fall+2017

Welcome!
 * **ITEM TO REVIEW** || **CONFIRMATION LINK** ||
 * [[file:aaronfreeman/Chemistry Syllabus.doc|Chemistry Syllabus]] || Click here [|to confirm review of Class Syllabus] ||
 * [[file:aaronfreeman/Lab Safety Contract .doc|Lab Safety Contract]] || Click here [|to confirm review of Lab Safety] ||
 * IEP or 504 Accommodations (if applicable) || Click here [|to make teacher aware of IEP/504] ||
 * Student Interest Survey || Click here [|to share your interests] ||

Need a Reminder? [|Link up with me]using Remind.com

**Reference Table** **Wake Up/DO NOW** Sheet Graph Paper Create-a-Graph [|Website Link]or ChartGo [|Website Link]
 * Graphing Links: LoggerPro PREFERRED METHOD **

[|Socrative Link Click Here] ** ROOM Number = 64380038 for Online Quizzes **


 * For all things IRP, click on the link! **
 * IRP Assigned 10-13 [[file:aaronfreeman/IRP Assignment Milk Products.docx|IRP Assign MilkProducts]] **
 * IRP Proposal DUE 10-26, Revised Proposals DUE 11-9 **
 * [[file:aaronfreeman/IRP Lab Procedures MilkProducts.docx|IRP Lab Procedures]] Data Collection Due 12-8 **
 * [|SIGN UP for IRP Investigations HERE] **
 * [[file:aaronfreeman/IRP Report Skeleton for MilkProducts.doc|IRP Lab Rpt Skeleton]] **
 * [[file:aaronfreeman/How to write an IRP.pptx|How to write an IRP PowerPoint]] **
 * [[file:aaronfreeman/Baymans Awesome Paper.pdf|Awesome IRP Example]] **
 * [[file:aaronfreeman/IRP Lab Report Rubric for MilkProducts.doc|IRP Rubric]] **


 * **DAY** || **1-8 MONDAY** || **1-9 TUESDAY**
 * IRP** **UPLOAD to TURNITIN** || **1-10 WEDNESDAY** || **1-11 THURSDAY** || **1-12 FRIDAY** ||
 * **TOPIC** || **TEACHER WORKDAY** || Heat Calculations Practice

[|Video Tutorial]

[|Interpreting Graphics] || IRP Peer Review

Enthalpy vs. Entropy Reaction Pathways || REDOX: Assigning Oxidation States

[|REDOX Video]



[|Voltaic Cell Tutorial] [|Video Help]

[|SONG]

[|Batteries for Kids] [|Recharging Batteries] || **FIRST PERIOD EXAMS** || Identify oxidized and reduced species.
 * **DO NOW** ||  || Calculate the specific heat of a substance if 100J of heat were needed to raise the temp of 4 g of material by 6 degrees. || List one piece of advice to IRP-ing students for next year. || What causes rust on your bike chain? ||   ||
 * **SWBAT** ||  || Identify unknown metal based on specific heat. || Predict shifts in entropy and interpret energy pathways. || Assign oxidation states to species.

Identify cathode and anode of a battery. ||  || Calorimetry Lab Turn in ||  || Virtual Voltaics Lab [|Virtual Voltaics Simulation] ||  ||
 * **ACTIVITY** ||  || [[file:aaronfreeman/Mystery Metal Lab.doc|Mystery Metal Lab]] Turn in
 * **HOMEWORK** ||  || [[file:aaronfreeman/Heat Calculations ALL.docx|Heat Calcs II]] || Predict Entropy Changes || Label Electrochemical Cell from simulation
 * [[file:aaronfreeman/Voltaic Cell Diagram .docx|Voltaic Cell Diagram]] ** ||  ||
 * QUIZ OR TEST ||  || Specific Heat Calcs || Phase Changes || Entropy Changes ||   ||

[|Online Quiz Review] || **1-3 WEDNESDAY**
 * **DAY** || **1-1 MONDAY** || **1-2 TUESDAY**
 * [|Wake Up Link]**
 * pepavet**
 * IRP Conclusion** || **1-4 THURSDAY**
 * PRINT IRP+**
 * UPLOAD to TURNITIN** || **1-5 FRIDAY** ||
 * **TOPIC** ||  || Heating+Cooling Curves

[|Heating and Cooling Curve Tutorial]

[|Heating Curve Song] || Heat + Specific Heat Calculations

[|Calorimetry] [|Video Link] || Heat Calculations Practice

[|Video Tutorial] || IRP Peer Review

[|Interpreting Graphics]

Enthalpy vs. Entropy Reaction Pathways || Calorimetry Lab Turn in || Interpreting Graphics ||
 * **DO NOW** ||  || Click on the online quiz review. || Click on the online quiz review. || Calculate the specific heat of a substance if 100J of heat were needed to raise the temp of 4 g of material by 6 degrees. || List one piece of advice to IRP-ing students for next year. ||
 * **SWBAT** ||  || Interpret a heating/cooling curve. || Calculate heat energy required to change phase. || Identify unknown metal based on specific heat. || Predict shifts in entropy and interpret energy pathways. ||
 * **ACTIVITY** ||  ||   || [[file:aaronfreeman/CalorimetryGIZMO.doc|Calorimetry Gizmo]] || [[file:aaronfreeman/Mystery Metal Lab.doc|Mystery Metal Lab]] Turn in
 * **HOMEWORK** ||  || [[file:aaronfreeman/heating_and_cooling_curve_questions.doc|Heating/CoolingCurve HW]] || [[file:aaronfreeman/Heat Calculations Homework .docx|Heat Calc HW]] || [[file:aaronfreeman/Heat Calculations ALL.docx|Heat Calcs II]] || Predict Entropy Changes ||
 * QUIZ OR TEST ||  || Phase Diagram || Heating/Cooling Curves || Specific Heat Calcs || Phase Changes ||

[|Online Quiz Review] || **12-15 FRIDAY** Dalton's Law of Partial Pressure
 * **DAY** || **12-11 MONDAY**
 * IRP DATA GRAPH** || **12-12 TUESDAY** || **12-13 WEDNESDAY** || **12-14 THURSDAY**
 * IRP Conclusions**
 * [|Wake Up Link] ** ||
 * **TOPIC** || [[file:aaronfreeman/Partial Pressures.ppt|Partial Pressures.ppt]]

Ideal Gas Law [|Animation] || Ideal Gas Law [|Animation]

Review [|Video] Temp+Press[|Quiz] PVT [|Quiz] KMT [|Quiz] Ideal Gas[|Quiz] || **GASES/NUCLEAR TEST**

Phase Change Diagrams || Heating+Cooling Curves

[|Heating and Cooling Curve Tutorial]

[|Heating Curve Song] || GoalMastery Quiz ||
 * **DO NOW** || In one complete sentence, explain the crush the can demo and relate an appropriate gas law. || Calculate the number of moles of gas at 17 kPa consuming 1.6L at 14C. || Name a substance that exists as a solid and gas but not a liquid. || Click on the online quiz review. || Click on the online quiz review. ||
 * **SWBAT** || Calculate moles using Ideal gas law. || Experimentally determine moles using Ideal gas law. || Interpret a phase diagram. || Interpret a heating/cooling curve. || Demonstrate mastery of previous topics. ||
 * **ACTIVITY** || [[file:aaronfreeman/Lighter Lab.doc|Lighter Lab.doc]] || [[file:aaronfreeman/Lighter Lab.doc|Lighter Lab.doc]]

|| [|Phase Diagram Explanation]

[|Watch This Video 1st]

[|Watch This Video 2nd] ||  || GoalMastery quiz. ||
 * **HOMEWORK** || Partial Pressure/Combined || Complete Lighter Lab Analysis || Phase Diagram Q || [[file:aaronfreeman/heating_and_cooling_curve_questions.doc|Heating/CoolingCurve HW]] ||  ||
 * **QUIZ or TEST** || Gas Laws || Ideal Gas Law || **GASES/NUCLEAR TEST** ||  || Phase Diagram ||

[|Practice Quiz] || ** 12-8 FRIDAY **
 * **DAY** || **12-4 MONDAY** || **12-5 TUESDAY** || **12-6 WEDNESDAY** || ** 12-7 THURSDAY **
 * IRP DATA TABLE ** ||
 * **TOPIC** || Nuclear Chemistry

|| [|Fission vs. Fusion] [|BOMBS] [|Nuclear Tutorials] [|Nuclear Practice Quiz] || [|KMT Video]

__Gas Unit Tutorial__ || Boyles/Charles/Gay-Lusaac

|| Dalton's Law of Partial Pressure

Ideal Gas Law [|Animation] || [|Decay Song] || **[|Nuclear Energy Explained]**
 * **DO NOW** || Identify the fissionable fuel using in harnessing nuclear power. || Write the decay eqn for the emissions of a beta particles from Th-231. || Determine how much remains of a 20 g sample of Phosphorus if the half life is 32 days and it's transmutated through 5 decays. || Click on the practice quiz under today's date. || What is the pressure if a volume of gas decreases from 75 to 25 mL and the original pressure was 25 kPa? ||
 * **SWBAT** || Calculate half-life, write decay equations for nuclear eqns. || Predict changes to substances using properties of KMT. || Calculate variables of (PVT) using gas laws. || Calculate variables of (PVT) using gas laws. || Calculate moles using Ideal gas law. ||
 * **ACTIVITY** || [[file:aaronfreeman/Nuclear_Stability.mov|Nuclear_Stability.mov]]


 * [|Nuclear Power Video]**

[|Gas Laws Virtual] [|Erlenmeyer Flask Demo] [|Soda Can Demo] [|Egg Drop Demo] || [|Gas Laws Virtual] [|DEMO] || [|Gas Laws Simulator] || Part A only ||
 * [|Virtual Half-Life Lab]** || [[file:aaronfreeman/Gas Laws DEMOs.docx|Gas Laws DEMOs]]
 * **HOMEWORK** || Transmutation Problems || [[file:aaronfreeman/Half Life Problems Homework R NAME.doc|Half Life Problems Homework R NAME.doc]] || [[file:aaronfreeman/Gases and their Properties.pdf|Gases and their Properties.pdf]]

|| Partial Pressure/Ideal Gas Law ||
 * **QUIZ OR TEST** ||  || Transmutation || Half Life || Kinetic Molecular Theory || GAS LAWS ||


 * **DAY** || **11-27 MONDAY**
 * Finish IRP Hypothesis, Materials** || **11-28 TUESDAY**

[|ACID-BASE Properties Quiz] || **11-29 WEDNESDAY** [|Practice Quiz] || ** 11-30 THURSDAY ** || **12-1 FRIDAY** ||
 * Finish IRP Procedure**
 * **TOPIC** || pH + pOH

[|Tutorial]

[|A-B-pH Video] || Strengths& Naming [|Strengths Tutorial]

[|Naming Tutorial]

[|Acid-Base Song]

[|Base Ionization] [|Acid Ionization] || Dilutions+Titrations

[|Practice Quiz]

[|Indicator Issues Song]

[|Need Titration Help] || Titration LAB

[|Practice Quiz]

[|Indicator Issues Song] || ** ACID+BASE TEST ** || [|Acid-Base Simulation]
 * **DO NOW** || Go online to complete the practice quiz. || Calculate the pH of a solution with [OH-]= 6.2 x 10^-3. || Name or write the formula for H2SO3, H2CO3, phosphorous acid. || What is the M of 25 mL of base titrated with 4M HCl using 15 mL of solution? || Name+describe one type of radiation. ||
 * **SWBAT** || Calculate pH and pOH concentrations. || Predict strengths of acids and bases and name a/b according to IUPAC. || Perform a titration and calculate unknown concentrations using titration equation. || Perform a titration and calculate unknown concentrations using titration equation. || Demonstrate mastery of acid/base topics. ||
 * **ACTIVITY** || FINISH Indicator Lab || [|pH Scale Simulation]

|| [|Virtual Titration]

[|Titration Info] || [|Titration Info]



[|Practice Quiz] [|Practice Quiz] [|PracticeQuiz] || [|Radiation Exposure] || pH Calculations || Naming A/B || Titration || ** ACID-BASE TEST ** ||
 * **HOMEWORK** || [[file:aaronfreeman/pH Calculations.docx|pH Calculations.docx]] || [[file:aaronfreeman/Naming Acids-Bases HW.docx|Naming Acids-Bases HW.docx]] || [[file:aaronfreeman/Titration Practice Problems.docx|Titration Practice Problems.docx]] || Finish Study Guide
 * TEST FRIDAY ** ||  ||
 * **QUIZ or TEST** ||  || Acid-Base Properties

[|Tutorial] [|Tutorial 2]
 * **DAY** || **11-20 MONDAY** || **11-21 TUESDAY** || **4-26 WEDNESDAY** || **4-27 THURSDAY** || **4-28 FRIDAY** ||
 * **TOPIC** || **Stoichiometry + Solutions**
 * TEST** || Acid-Base:Properties+ Theories

[|B-L Video]

[|VisionLearningTutorial] ||  ||   ||   ||
 * **DO NOW** || Predict which will dissolve in water and explain why? NaNO3, NH3, C6H12O6 || List and describe 3 household items and identify them as acidic/basic. ||  ||   || . ||
 * **SWBAT** || Demonstrate mastery of stoichiometry and solutions chemistry topics. || Identify acids/bases based on characteristics. ||  ||   ||   ||
 * **ACTIVITY** ||  || [|Solutions Song]

I ||  ||   ||   ||
 * **HOMEWORK** ||  || [[file:aaronfreeman/Acid+Base HW.docx|Acid+Base HW.docx]] ||   ||   ||   ||
 * **QUIZ or TEST** || **Stoichiometry + Solutions**
 * TEST** ||  ||   ||   ||   ||


 * **DAY** || **11-13 MONDAY** || **11-14 TUESDAY** || ** 11-15 WEDNESDAY ** || **11-16 THURSDAY** || ** 11-17 FRIDAY ** ||
 * **TOPIC** || [|Limiting+Excess Notes]

[|Limiting Reactant Refresher]

[|Stoichiometry Refresher]

[|Video on Limiting+Excess] || Solutions: Molarity v. molality

[|Animation] [|Molarity Tutorial] [|Solutions Tutorial] [|Animation] || Solutions: Dilutions

[|Animation] [|Molarity Tutorial] [|Solutions Tutorial] [|Animation] || Solubility Curves [|Hand Warmers + Solutions] [|VIDEO] || Differences in Solubility

Solutions Review [|Properties Quiz] [|Colligative Properties Quiz] || [|Solutions Video Link]
 * **DO NOW** || Calculate the percent yield of hot dogs if 4 hot dogs were theoretically produced but 3 were actually produced. || Describe a solution of your choice identifying the solute and the solvent. || Determine the molal concentration of a 5.6g of salt with 400g of solvent. || Calculate the molarity of a dilute solution of 12 M HCl using only 10 mL needing a total volume of 2 L. || ** [|DO NOW HERE] ** ||
 * **SWBAT** || Identify the limiting and excess reactants using stoichiometry. || Calculate concentration in a variety of ways. || Calculate concentration in a variety of ways. || Interpret solubility curves via graphical analysis. || Explain cases of solubility differences. ||
 * **ACTIVITY** || [|Limiting Reactant Simulation] || [[file:aaronfreeman/Making a Solution Lab.pdf|Making a Solution Lab.pdf]] || [[file:aaronfreeman/Concentration and Molarity PhET Lab.docx|Concentration Simulation]] || [|Practice Quiz]

|| [|Color Run Mini-Lab] ||
 * **HOMEWORK** || [[file:aaronfreeman/STOICHIOMETRY Study Guide.docx|STOICHIOMETRY Study Guide.docx]]

[|Review Quiz1] [|Review Quiz2] || ||  ||  ||

Stoich.+Solutions ** TEST MONDAY ** ||
 * **QUIZ or TEST** || Soichiometry || Limiting+Excess || Molarity, molality || Dilutions || SOLUBILITY CURVES ||

[|Watch Tutorial] [|Mole Ratio Simulation] || Stoichiometry: Mass to Mass [|Road Map Tutorial] [|Watch Tutorial] [|Mass to Mass Tutorial] [|Stoichiometry Tutorial 1] [|Stoichiometry Tutorial 2] || Stoichiometry: Mass to Volume || [|Percent Yield]
 * **DAY** || **11-6 MONDAY** || **11-7 TUESDAY** || **11-8 WEDNESDAY** || **11-9 THURSDAY**
 * EARLY RELEASE** || **11-10 FRIDAY**
 * HOLIDAY** ||
 * **TOPIC** || Stoichiometry: Mole to Mole

Percent Yield [|Percent Yield Tutorial]

[|Watch this video on Percent yield] ||  || || || Part I-II || Finish  TURN IN || [|Einstein's Puzzle] ||
 * **DO NOW** || What is the ratio of bread to ham in making a sandwich? || How may moles of oxygen are needed to produce 3 moles of water from hydrogen and oxygen gas? || How many grams of water can be produced from 64.5 g of hydrogen gas? || How many liters of oxygen gas are produced by the decomposition of .5 mol water? || --- ||
 * **SWBAT** || Relate stoichiometric coefficients to a balanced reaction. || Convert quantities using stoichiometry. || Convert quantities using stoichiometry. || Calculate percent yield. ||  ||
 * **ACTIVITY** || [[file:aaronfreeman/Mole-Mole Simulation.docx|Mole-Mole Simulation.docx]]
 * **HOMEWORK** || [[file:aaronfreeman/Mole Ratio worksheet.doc|Mole Ratio worksheet.doc]] || [[file:aaronfreeman/Mass to Mass Homework Practice NAME.doc|Mass to Mass Homework Practice NAME.doc]] || Pre-Lab 3+4 || p[[file:aaronfreeman/percentyield practice.doc|ercentyield practice.doc]] || [[file:aaronfreeman/STOICHIOMETRY Study Guide.docx|STOICHIOMETRY Study Guide.docx]]

[|Review Quiz1] [|Review Quiz2] ||
 * **QUIZ or TEST** ||  || Mole Ratio || Mass to Mass || Mass to Volume ||   ||


 * **DAY** || **10-30 MONDAY** || **10-31 TUESDAY** || **11-1 WEDNESDAY**
 * [|Click here for WakeUp]** || **11-2 THURSDAY**
 * [|Click here for Wake Up]** || **11-3 FRIDAY** ||
 * **TOPIC** || TEACHER WORKDAY || [[file:aaronfreeman/NET IONIC EQUATIONS.doc|NET IONIC EQUATIONS.doc]]

[|VIDEO Tutorial]

[|Predicting Products Quiz] || Start Reaction Rates Energy Pathways

[|Video Explanation]

[|Energy Quiz] || Reaction Equilibrium

Review Reactions Online [|Link #1] [|Link #2] Types of Rxns [|Link #3] Pred. Prod. [|Link #4] Pred. Prod. [|Link #5] Balancing || || [| Reaction Rates Simulation] || Kahoot Spinning Words (BACKPAGE) [|Equilibrium Song] || MythBusters [|#1] MythBusters [|#2] MythBusters [|#3] ||
 * Test 6 Reactions** ||
 * **DO NOW** ||  || Predict the products of silver nitrate and lead(II)iodide. || ONLINE || ONLINE ||   ||
 * **SWBAT** ||  || Write net ionic eqns using solubility rules. || Interpret energy pathway diagrams. || Predict shifts in equilibrium positions due to disturbances in chemical systems. || Demonstrate mastery of chemical reactions ||
 * **ACTIVITY** ||  || [|Virtual Lab Link]
 * **HOMEWORK** ||  || Finish Virtual Lab

|| || Spinning Words (Back page)

Study Guide || ||
 * **QUIZ or TEST** ||  || Double Replacement Rxns || Net Ionic Eqns || Reaction Rates + Energy Pathways || REACTIONS TEST ||


 * **DAY** || **10-23 MONDAY** || **10-24 TUESDAY** || **10-25 WEDNESDAY** || **10-26 THURSDAY** || ** 10-27 FRIDAY ** ||
 * **TOPIC** || Types of Reactions

[|Types Explanations]

[|Reactions Song] || PSAT

Predicting Products

[|Types Explanations]

[|Watch This on Single Replacement]

[|Learn how to predict products for SR] || Predicting Products

[|Types Explanations]

[|Watch This on Single Replacement]

[|Learn how to predict products for SR] || Predicting Products

[|Predicting Products Practice Quiz]

[|Elements to Compounds]

[|Learn how to predict products for DR] || Charger Day || || Types of Reactions Lab
 * **DO NOW** || Methane reacts with oxygen to form carbon dioxide and water. Write and balance the eqn. || [|Click Here] for a quick review. DO NOT WRITE ANYTHING! || Potassium chlorate decomposes to from potassium chloride and oxygen. Write the balanced eqn. || Iron (II) oxide combines with Magnesium. Predict the products and balance. ||  ||
 * **SWBAT** || Balance and identify types of reactions. || Identify types of reactions based on lab procedures. || Predict products for single replacement, decomposition, and combustion reactions. || Predict products for double replacement and synthesis reactions. ||  ||
 * **ACTIVITY** || [[file:Spinning Words into Rxns.docx|Spinning Words]] || [|Types of Reactions Lab]

[|Sacrifice a Gummy Bear] || Finish Types of Rxns Lab

[|Reactions Song]

[|Whoosh Bottle]

[|SingleReplacement VIRTUAL LINK] ||  ||
 * **HOMEWORK** || [[file:aaronfreeman/Types of Reactions Practice.doc|Types of Reactions Practice.doc]]

[|Practice Quiz] || Finish Types of Rxns Lab || || Finish DR Section Finish Types of Rxns Lab ||  ||
 * **QUIZ OR TEST** || Balancing Rxns ||  || Types of Reactions || Predicting Products Single Replacement ||   ||

|| Empirical Formula
 * **DAY** || **10-16 MONDAY** || **10-17 TUESDAY** || **10-18 WEDNESDAY** || **10-19 THURSDAY** || ** 10-20 FRIDAY ** ||
 * **TOPIC** || % Composition

[|Help Here]

[|Video Example Here] || Molecular Formula .

[|Khan Academy Explanation] || ** TEST 5 THE MOLE ** || Balancing Reactions

[|Balancing Quiz]

[|Kahn Balancing Tutorial]

[|Beginners Guide VIDEO] ||
 * **DO NOW** || How many grams o f salt total 4 x 10^31 formula units? || A compound is 16% hydrogen and 84% carbon. What is the mass of carbon if the total sample = 92.1g? || Determine which is empirical or molecular, C6H12O6 or CH2O. || Write a rxn for the formation of water from two gases. || Write a balanced rxn for the formation of water from two gases. ||
 * **SWBAT** || Determine percent composition from chemical formula. || Determine empirical formula from percent composition. || Determine molecular formula from empirical formula. || Demonstrate mastery of mole concepts. || Balance chemical reactions. ||
 * **ACTIVITY** || % Composition of Gum

[|bubble gum history] || [|Crime Scene Investigation] Calculate EF only || [|Crime Scene Investigation]

Autopsy results: Cyanide [|1st Period Results] [|3rd Period Results]

[|Review Link1] [|Review Link2] [|Review Link3] || [|GIZMO Link]

Username: NorthwoodC185 Password:hat999 || [|Jlab Balancing] ||
 * **HOMEWORK** || [[file:aaronfreeman/Percent Composition Worksheet.doc|Percent Composition Worksheet.doc]] || [[file:aaronfreeman/EmpiricalandMolecularFormula WS.pdf|Empirical Formula Worksheet #2,4,5a]]

Calculate EF for Crime Scene investigation. || Finish Crime Scene Investigation



|| ** TEST 5 THE MOLE ** || Need Balancing Help

||
 * **QUIZ OR TEST** || Molar Concepts || Percent Composition || Empirical Formula ||  || [|Don't Break the Law Song] ||

|| ** Test 4 Naming and Bonding **
 * **DAY** || **10-9 MONDAY** || **10-10 TUESDAY** || **10-11 WEDNESDAY**
 * PSAT JRS** || **10-12 THURSDAY** || ** 10-13 FRIDAY **
 * IRP INTRODUCTION** ||
 * **TOPIC** || [|Metallic Bonds]

[|The Mole Concept]
 * [|Padlet Post Link] ** || FINISH

[|Bozeman Mole Video] Mol --> Particles

[|Watch this Example] || Molar Mass Mol --> Mass [|Video Explanation]

[|Video Example Here] [|Grams to Moles] || Mol --> Volume [|Molar Volume VIDEO]

[|Mole Conversion Tutorial] || __2 moles =__ pieces ||  || How many oranges are there in 3.7 x 10^11 moles? || Calculate the mass of diatomic oxygen. || [|Metallic Bonding Animation] || || Use the [|The Mole Song] ||
 * **DO NOW** || Within the water molecule, which atom is more electronegative? || 2 owls = __pieces,__
 * **SWBAT** || Describe metallic bonding properties. || Demonstrate mastery of bonding topics. || Quantify chemical moles. || Convert between moles and molar mass. || Convert between moles and molar volume. ||
 * **ACTIVITY** || Bonding [|Song]

|| IRP Downloading Documents ||
 * **HOMEWORK** || [[file:aaronfreeman/Naming and Bonding Study Guide.doc|Naming and Bonding Study Guide.doc]]

[|ReviewLinks] || || Moles Worksheet || Molar Mass Worksheet Finish Chalk Lab ||

||
 * **QUIZ OR TEST** || IMFs || ** Test 4 Naming and Bonding ** ||  || MOLAR CONVERSIONS || Molar Mass ||


 * **DAY** || **10-2 MONDAY** || **10-3 TUESDAY** || **10-4 WEDNESDAY** || **10-5 THURSDAY** || **10-6 FRIDAY** ||
 * **TOPIC** || Naming+Writing Ionic Formulas

[|VIDEO Help] || Need help [|remembering POLYatomics?]


 * Polyatomic Ion Quiz **



Covalent Compounds Notes

|| Bonding[|Animations] || VSEPR: Molecular Geometry





[|Help Here]

[|VIDEO Help Here]

[|Learn VSEPR Theory] || [|Metallic Bonds]

Polarity and IMFs





[|Tutorial 2]

[|MFs and Polarity VIDEO]

[|IMFs video] || Collect data.
 * **DO NOW** || Write the following or name: Ca(ClO3)2, (NH4)3PO4, barium hydroxide. || Write or name: PbSO4, beryllium phosphate, potassium bromate. || Name or write the following: N2O5, PCl3, boron trioxide. || Within the water molecule, which atom is more electronegative? || Name the shapes of sulfur dichloride, carbon tetraiodide, and boron trifluoride. ||
 * **SWBAT** || Write formulas for ionic compounds. || Name formulas for ionic compounds according to IUPAC conventions. || Identify conductors. || Identify molecular shapes. || Predict polarity of molecules. ||
 * **ACTIVITY** || I[[file:aaronfreeman/Ionic Formulas Lab.pdf|onic Formulas Lab.pdf]]

[|Ionic Bonding Balance] || Watch [|Episode 8-Chemical Bonds]

Use earbuds. Answer ||  ||

[|Phet Simulation] || I [|onic vs. Covalent Compounds]



Finish Polarity Column

Bonding [|Song]

[|Metallic Bonding Animation] ||
 * **HOMEWORK** || [[file:aaronfreeman/Crying Over Ions.docx|Cryin Over Ions]] FINISH

Review Polyatomic Ions for quiz. || 1-3 only ||  ||   ||

[|ReviewLinks] ||
 * **QUIZ or TEST** ||  || **POLYATOMIC IONS + Ionic Compounds** || Covalent Compounds || Ionic Compounds || VSEPR Shapes ||

[|Ionization Energy]
 * || **9-25 MONDAY** || **9-26 TUESDAY** || **9-27 WEDNESDAY**
 * EARLY RELEASE** || **9-28 THURSDAY** || **9-29 FRIDAY** ||
 * **TOPIC** || Periodic Trends:

|| Periodic Trends: Electronegativity

|| **PERIODIC TABLE TEST** || Naming Basic Ions || Naming+Writing Ionic Formulas || [|Shielding Effect]
 * **DO NOW** || The size of the ionic radius of an anion compared to the atomic radius of an anion is: smaller, larger, or identical. || Order the elements in decreasing ionization energy. Na, S, Al, F, K, O || Name the following: NaCl, CO2, H2O. || Name the following: NaCl, CO2, H2O. || Name the following: PO4-3, Rb+2, O-2. ||
 * **SWBAT** || Analyze ionization energy graphs. || Arrange atoms based on electronegativity. || Demonstrate mastery of PT topics. || Name monoatomic ions according to IUPAC conventions. || Name and write formulas for polyatomic ions. ||
 * **ACTIVITY** || Trends [|Song]

|| EXTRA CREDIT due FRIDAY ||  || Polyatomic[| Matching Game]Polyatomic[|Charge Game] Polyatomics[| Formula Game]

[|Polyatomic Ions Rap] || [|Bond with a Classmate]

[|VIDEO Help] ||
 * **HOMEWORK** || Periodic Trends HW 5-8 || [[file:aaronfreeman/Periodic Table Study Guide.docx|Periodic Table Study Guide.docx]]

Open/Scroll for Answers

[|Practice Quizzes for Test]Unit 2 up through Trends ||  || Anions-Cations HW || 1-5 Both Sides ||
 * **QUIZ or TEST** || Ionic Radius Trend || Ionization Energy || **PERIODIC TABLE TEST** ||  || Naming Ions ||

Review[|Organization Link] || **9-22 FRIDAY** || Relate transition to Bohr Model. || Identify organizational trends of the periodic table. || Demonstrate mastery of atomic theory. || Arrange atoms based on atomic radius. || Draw ion formations from neutral atoms. || [|Help]
 * **DAY** || **9-18 MONDAY** || **9-19 TUESDAY** || **9-20 WEDNESDAY**
 * [|Padlet Post Link]** || **9-21 THURSDAY**
 * **DO NOW** || Calculate the frequency of a wave whose wavelength is 6.2x10^-7m. || To which part of the spectrum does a photon with a frequency of 4.89x10^15 belong? || Identify as a metal/nonmetal/metalloid: As, Ra, S. || An unknown substance has a high melting point, fair conductivity, high luster, and is a liquid at room temp. Identify this element. || Arrange the following in order of increasing atomic radius: S, Al, Zn, Rb. ||
 * **SWBAT** || Calculate wavelength and frequency related to transition.
 * **TOPIC** || [[file:aaronfreeman/LIGHT Emission Spectra Notes-R.doc|Electronic Transition Notes]]

Quantum[|Weirdness] [|Electron Transition]

[|Tutorial + EXAMPLE] || Review Atom [|Link] Under Unit 1-Atomic Structure, the first 3 quizzes.

Periodic Table Organization

[|Watch This Video] [|Tutorial Here] || **Atomic Theory Test** || Periodic Trends: [|Atomic Radius] Trends [|Tutorials]

[|Video Explanation]

World of Chemistry[|VIDEO- PT] || Periodic Trends: [|Ionic Radius]



What is an ion? [|What is an Ion?] || [|Watch this VIDEO for Review] [|What is Light?] || || [|CrashCourse Video] || Atomic Radius || ||
 * **ACTIVITY** || [[file:aaronfreeman/FlameTestLab.doc|Flame Test Lab]]
 * **HOMEWORK** || [[file:aaronfreeman/Light Equations.docx|Light Equations WS]]

||

|| ||  1-4 ||  || || Electronic Transition || **Atomic Theory Test** || Periodic Table Organization || Atomic Radius ||
 * **QUIZ or TEST** ||


 * || ** 9-11 MONDAY ** || ** 9-12 TUESDAY **

[|Online Review Click Here] || ** 9-15 FRIDAY ** ||
 * [|Atom Practice Quiz] ** || ** 9-13 WEDNESDAY ** || ** 9-14 THURSDAY **
 * **TOPIC** || [[file:aaronfreeman/PARTS OF THE ATOM.pptx|Parts of the Atom]]



[|Atom Tutorial]

[|How Small is an Atom?] || What are Isotopes?

Bohr Model

[|VIDEO Tutorial] || [|Watch This TOO]

Configuration [|VIDEO Tutorial]

[|VIDEO Tutorial] || [|Orbital Help Click Here]

[|VIDEO Tutorial] || [|Help]

Quantum[|Weirdness] [|Electron Transition]

[|Tutorial + EXAMPLE] ||
 * **DO NOW** || Sketch an atom labeling the protons and electron locations. || Calculate the number of protons, neutrons, and electrons of Aluminum. || Calculate the relative abundance of Freemanium if 19% have a mass of 4amu and the rest have a mass of 5amu. || Write the electron configuration for Fluorine (F). || Write the noble gas notation for Vanadium (V). ||
 * **SWBAT** || Identify parts of the atom from atomic number and mass number. || Calculate average atomic mass from relative abundance. || Draw properly positioned subatomic particles on a Bohr model. || Draw the orbital notation. || Calculate wavelength and frequency related to transition. ||
 * **ACTIVITY** || World of Chem[|VIDEO]

[|Build an Atom]

[|WKRP&The Atom Video] || || Electron Config.[|Song] || [|Sublevel Orbital Lab]

[|Annenberg Interactive] || [|Practice Link] [|Nova Short Amazing Atoms]



[|Watch this VIDEO for Review]

[|What is Light?] ||
 * **HOMEWORK** || [[file:aaronfreeman/Parts of the Atom Homework.docx|Parts of the Atom Homework.docx]]OMIT#2 || [[file:aaronfreeman/Isotope Practice Homework.docx|Isotope Practice Homework.docx]] || [[file:aaronfreeman/Electron Configuration_Orbital Notation HW.docx|Configuration_Notation HW]] 1-8 Only || [[file:aaronfreeman/Electron Configuration_Orbital Notation HW.docx|Configuration_Notation HW]] 9-15 || [[file:aaronfreeman/Light Equations.docx|Light Equations WS]] ||
 * **QUIZ or TEST** ||  || Parts of the Atom || Isotopes || Electron Configuration || Orbital Notation
 * ELEMENTS 5+6A ** ||

||   || ** ChemTools Test ** || Probing the Unknown
 * **DAY** || **9-4 MONDAY** || **9-5 TUESDAY** || **9-6 WEDNESDAY** || **9-7 THURSDAY**
 * [|Padlet Post Link]** || **9-8 FRIDAY** ||
 * **TOPIC** || HOLIDAY || Review Conversions

||
 * **DO NOW** ||  || Calculate the volume of a gold cube whose density is 9.2 g/cm3 and mass is 280 g. || Draw a model of the atom. || Draw an atom according to Rutherford's model. || Identify the models on the plate. ||
 * **SWBAT** ||  || Identify materials based on calculated density. || Diagram the historical development of the atom. || Demonstrate mastery of chemtools. || Distinguish between direct and indirect evidence. ||
 * **ACTIVITY** ||  || Dim. Analysis Practice Problems



|| Probing the Unknown

Unit 0-OnlineReview[|Link]

Thomson[|Experiment]

Rutherford Gold Foil[|Experiment]

[|Song]

[|MindMap] || [|The New PT Song]

[|Periodic Puns] || [|Video #6 The Atom] || Elements 3A+4A ||
 * **HOMEWORK** ||  || [[file:aaronfreeman/Density Homework.doc|Density Homework.doc]]

Elements 3A+4A || Elements 3A+4A || Study elements 5+6A || Converting || Density || ** ChemTools Test ** || Elements 3A+4A ||
 * ** QUIZ or TEST ** ||  || Sci. Notation+Sig Figs+


 * **DAY** || **8-28 MONDAY** || **8-29 TUESDAY** || **8-30 WEDNESDAY** || **8-31 THURSDAY** || **9-1 FRIDAY** ||
 * **TOPIC** || Syllabus+Lab Safety

Link to Remind Install LoggerPro || Scientific Method || Properties of Matter

[|States of Matter Movement]

[|Brainiacs VIDEO] || Sci.Notation

Sig Fig[|Calculator] Sig Fig [|Tutorial] || Dimensional Analysis+Conversions

Converting [|Tutorial] || Doctors do what to patients? || Tokae is investigating oxygen levels in ponds of different temperatures. Identify the measured variable? || A study was conducted to investigate the affect of tire tread on braking distance. Name the dependent variable. || Using a definition, classify air as matter. || Convert 4.56 kiloyears to seconds. ||
 * **DO NOW** || Name an element that completes the pun.
 * **SWBAT** || Properly identify lab equipment and safety procedures. || Understand the steps of the scientific method. || Classify properties of matter. || Properly measure matter using significant digits and report using scientific notation. || Convert measurements using equivalent values. ||
 * **ACTIVITY** || [[file:aaronfreeman/Would you rather?.pptx|Would you rather .. ?]]

[|Lab Safety Video Clip] || ||  ||

[|Methods to Sep. Mixtures] ||

[|Converting Video]

|| [|Practice Quiz] [|Equipment ID Quiz]
 * **HOMEWORK** || Take Lab Equipment Quizzes Online

Submit Online Verifications || Study Elements Group 1+2

||

Study Elements 1+2 ||

Study Elements 1+2 || || [|Socrative Link Click Here]
 * **QUIZ or TEST** ||  || Lab Equipment ID+ Safety Quiz
 * ROOM Number = 64380038** || Scientific Method || Properties of Matter || Elements1A+2A ||