Chemistry+Spring+2018

Welcome to Chemistry Spring 2018


 * **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 **

Go to turnitin.com and join my class: for 3rd Period using ClassID 18137371 for 4th Period using ClassID 18137390 EVERYONE can use the enrollment key: chemirp
 * For all things IRP, click on the link! **
 * IRP Assigned 3-23 [[file:aaronfreeman/IRP Assignment Milk Products.docx|IRP Assign MilkProducts]] **
 * IRP Proposal DUE 4-13 **
 * [[file:aaronfreeman/IRP Lab Procedures MilkProducts.docx|IRP Lab Procedures]] Data Collection Due 5-4 **
 * [|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]] FINAL PRODUCT DUE 5-25 **

HOLIDAY ||
 * **DAY** || ** 5-28 MONDAY ** || ** 5-29 TUESDAY ** || ** 5-30 WEDNESDAY ** || ** 5-31 THURSDAY ** || ** 6-1 FRIDAY ** ||
 * **TOPIC** || MEMORIAL DAY

[|Voltaic Cell Tutorial] [|Video Help]

[|SONG]

[|Batteries for Kids] [|Recharging Batteries] || **TEST Thermodynamics + REDOX** || NCFE REVIEW

GOAL MASTERY

QUIZZIZ Game Code 774975 || NCFE REVIEW

GOAL MASTERY

MINDMAPS ||
 * **DO NOW** ||  || Go to GOOGLE homepage and complete the google doodle for the day! ||   ||   ||   ||
 * **SWBAT** ||  || What causes rust on your bike chain? ||   ||   ||   ||
 * **ACTIVITY** ||  || Virtual Voltaics Lab[|Virtual Voltaics Simulation] || [[file:Thermochemistry Review Sheet.doc|ThermoChem Review Sheet]]

Finish Label Electrochemical Cell from simulation || QUIZZIZGame Code 774975 ||  ||
 * [[file:aaronfreeman/Voltaic Cell Diagram .docx|Voltaic Cell Diagram]] ** || [|Released Practice Exam] ||  ||
 * **HOMEWORK** ||  || Label Electrochemical Cell from simulation
 * [[file:aaronfreeman/Voltaic Cell Diagram .docx|Voltaic Cell Diagram]] ** || [[file:Thermo Study Guide Ans.pdf|THERMO Study Guide Ans]]
 * QUIZ OR TEST ||  ||   || **TEST** ||   ||   ||

[|Online Quiz Review] || **5-22 TUESDAY** **PRINT IRP+** **UPLOAD to TURNITIN** || ** 5-25 FRIDAY **
 * **DAY** || **5-21 MONDAY**
 * [|Wake Up Link]**
 * IRP Conclusion** || **5-23 WEDNESDAY** || **5-24 THURSDAY**
 * IRP DUE REGARDLESS OF PRESENCE/ABSENCE FROM SCHOOL ** ||
 * **TOPIC** || Heating+Cooling Curves

[|Heating and Cooling Curve Tutorial]

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

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

[|Video Tutorial]

[|Interpreting Graphics] || [|Interpreting Graphics]

Enthalpy vs. Entropy Reaction Pathways || IRP Peer Review

REDOX: Assigning Oxidation States

[|REDOX Video]



[|Voltaic Cell Tutorial] [|Video Help]

[|SONG]

[|Batteries for Kids] [|Recharging Batteries] ||
 * **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. || What causes rust on your bike chain? ||
 * **ACTIVITY** || [[file:Cooling Curve Lab.docx|Cooling Curve Lab]] || [[file:aaronfreeman/CalorimetryGIZMO.doc|Calorimetry Gizmo]] || [[file:aaronfreeman/Mystery Metal Lab.doc|Mystery Metal Lab]] ||  || Virtual Voltaics Lab[|Virtual Voltaics Simulation] ||
 * **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 || Label Electrochemical Cell from simulation
 * [[file:aaronfreeman/Voltaic Cell Diagram .docx|Voltaic Cell Diagram]] ** ||
 * QUIZ OR TEST || Phase Diagram || Heating/Cooling Curves || Specific Heat Calcs || Phase Changes || Entropy Changes ||

[|Online Quiz Review] || Dalton's Law of Partial Pressure
 * **DAY** || **5-14 MONDAY** || **5-15 TUESDAY**
 * IRP DATA GRAPH** || ** 5-16 WEDNESDAY ** || **5-17 THURSDAY**
 * IRP DATA ANALYSIS** || **5-18 FRIDAY**
 * **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] || TEACHER WORKDAY || **GASES/NUCLEAR TEST**

Phase Change Diagrams || Heating+Cooling Curves

[|Heating and Cooling Curve Tutorial]

[|Heating Curve Song] ||
 * **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. ||
 * **SWBAT** || Calculate moles using Ideal gas law. || Experimentally determine moles using Ideal gas law. ||  || Interpret a phase diagram. || Interpret a heating/cooling curve. ||
 * **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] ||  ||
 * **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** ||   ||

[|Practice Quiz] || **5-11 FRIDAY**
 * **DAY** || **5-7 MONDAY**
 * IRP BACKGROUND DUE** || **5-8 TUESDAY** || **5-9 WEDNESDAY**
 * IRP MATERIALS/PROCEDURE** || **5-10 THURSDAY**
 * IRP DATA TABLE** ||
 * **TOPIC** || **ACID-BASE TEST**

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 ||

[|ACID-BASE Properties Quiz] || **5-2 WEDNESDAY** [|Practice Quiz] || **5-3 THURSDAY** [|Practice Quiz] || **5-4 FRIDAY** || [|Tutorial] [|Tutorial 2] [|B-L Video] [|VisionLearningTutorial] || pH + pOH
 * **DAY** || ** 4-30 MONDAY ** || **5-1 TUESDAY**
 * **TOPIC** || Acid-Base:Properties+ Theories

[|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] || I || FINISH Indicator Lab || [|pH Scale Simulation] [|Acid-Base Simulation]
 * **DO NOW** || List and describe 3 household items and identify them as acidic/basic || 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? ||
 * **SWBAT** || Identify acids/bases based on characteristics. || 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. ||
 * **ACTIVITY** || [|Solutions Song]

|| [|Virtual Titration]

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



[|Practice Quiz] [|Practice Quiz] [|PracticeQuiz] ||
 * **HOMEWORK** || [[file:aaronfreeman/Acid+Base HW.docx|Acid+Base HW.docx]] || [[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 MONDAY** ||
 * **QUIZ or TEST** ||  || Acid-Base Properties || pH Calculations || Naming A/B || Titration ||

Solutions: Molarity v. molality
 * **DAY** || **4-23 MONDAY** || **4-24 TUESDAY** || **4-25 WEDNESDAY** || **4-26 THURSDAY** || ** 4-27 FRIDAY ** ||
 * **TOPIC** || ** STOICHIOMETRY TEST **

[|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 TEST **

Acid-Base:Properties+ Theories [|Tutorial] [|Tutorial 2]

[|B-L Video]

[|VisionLearningTutorial] || [|Solutions Video Link]
 * **DO NOW** || 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]** || List and describe 3 household items and identify them as acidic/basic. ||
 * **SWBAT** || 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. || Identify acids/bases based on characteristics. ||
 * **ACTIVITY** || [[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] || [|Solutions Song]

I || || ||
 * **HOMEWORK** || [[file:aaronfreeman/Molarity HW.docx|Molarity HW.docx]] 1-9 || [[file:aaronfreeman/Molarity HW.docx|Molarity HW.docx]] || [[file:aaronfreeman/HW Solubility Curves.docx|HW Solubility Curves.docx]] || [[file:aaronfreeman/SOLUTIONS REVIEW.doc|SOLUTIONS STUDY GUIDE]]
 * **QUIZ or TEST** || **STOICHIOMETRY TEST** || Molarity, molality || Dilutions || SOLUBILITY CURVES || ** SOLUTIONS TEST ** ||

[|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** || **4-16 MONDAY** || **4-17 TUESDAY** || **4-18 WEDNESDAY** || **4-19 THURSDAY** || **4-20 FRIDAY** ||
 * **TOPIC** || Stoichiometry: Mole to Mole

Percent Yield [|Percent Yield Tutorial]

[|Watch this video on Percent yield] || [|Limiting+Excess Notes]

[|Limiting Reactant Refresher]

[|Stoichiometry Refresher]

[|Video on Limiting+Excess] || || || Part I-II || Finish  TURN IN || [|Einstein's Puzzle] [|Limiting Reactant Simulation] ||
 * **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? || Calculate the percent yield of hot dogs if 4 hot dogs were theoretically produced but 3 were actually produced. ||
 * **SWBAT** || Relate stoichiometric coefficients to a balanced reaction. || Convert quantities using stoichiometry. || Convert quantities using stoichiometry. || Calculate percent yield. || Identify the limiting and excess reactants using stoichiometry. ||
 * **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** || **4-9 MONDAY** || **4-10 TUESDAY** || **4-11 WEDNESDAY**
 * [|Click here for WakeUp]** || **4-12 THURSDAY**
 * [|Click here for Wake Up]** || **4-13 FRIDAY** ||
 * **TOPIC** || Predicting Products

[|Predicting Products Practice Quiz]

[|Elements to Compounds]

[|Learn how to predict products for DR] ||

[|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 ||
 * Test 6 Reactions** ||
 * **DO NOW** || Iron (II) oxide combines with Magnesium. Predict the products and balance. || Predict the products of silver nitrate and lead(II)iodide. || ONLINE || ONLINE ||  ||
 * **SWBAT** || Predict products for double replacement and synthesis reactions. || 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** || Finish Types of Rxns Lab

[|Reactions Song]

[|SingleReplacement VIRTUAL LINK] || [|Virtual Lab Link] || [|Reaction Rates Simulation] || Kahoot Spinning Words (BACKPAGE) [|Equilibrium Song] || MythBusters [|#1] MythBusters [|#2] MythBusters [|#3] || Finish DR Section Finish Types of Rxns Lab || Finish Virtual Lab
 * **HOMEWORK** || [[file:aaronfreeman/Predicting Products Practice.docx|Predicting Products Practice.docx]]

|| || Spinning Words (Back page)

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


 * **DAY** || ** 3-26 MONDAY ** || **3-27 TUESDAY** || **3-28 WEDNESDAY** || **3-29 THURSDAY**
 * early release** || **3-30 FRIDAY** ||
 * **TOPIC** || Balancing Reactions

[|Balancing Quiz]

[|Kahn Balancing Tutorial]

[|Beginners Guide VIDEO] || Types of Reactions

[|Types Explanations]

[|Reactions Song] || 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] || HOLIDAY ||
 * **DO NOW** || Write a balanced rxn for the formation of water from two gases. || 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 form potassium chloride and oxygen. Write the balanced eqn. ||  ||
 * **SWBAT** || Balance chemical reactions. || Balance and identify types of reactions. || Identify types of reactions based on lab procedures. || Predict products for single replacement, decomposition, and combustion reactions. ||  ||
 * **ACTIVITY** || [|Jlab Balancing]

[|Don't Break the Law Song] || || [|Types of Reactions Lab] || Types of Reactions Lab

[|Sacrifice a Gummy Bear] ||  ||
 * **HOMEWORK** || Need Balancing Help

||

[|Practice Quiz] || Finish Types of Rxns Lab || ||   ||
 * **QUIZ OR TEST** ||  || Balancing Rxns ||   || Types of Reactions ||   ||


 * **DAY** || ** 3-19 MONDAY **
 * SUB PLANS ** || **3-20 TUESDAY** || **3-21 WEDNESDAY** || **3-22 THURSDAY**

|| Empirical Formula
 * [|Crime Scene Reports]** || **3-23 FRIDAY** ||
 * **TOPIC** || Graphing Practice || % Composition

[|Video Example Here] || Molecular Formula .

[|Khan Academy Explanation] || **TEST 5 THE MOLE** ||
 * **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. ||
 * **SWBAT** ||  || Determine percent composition from chemical formula. || Determine empirical formula from percent composition. || Determine molecular formula from empirical formula. || Demonstrate mastery of mole concepts. ||
 * **ACTIVITY** ||  || % Composition of Gum

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

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

Username: NorthwoodC185 Password:hat999 ||
 * **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** ||
 * **QUIZ OR TEST** ||  || Molar Concepts || Percent Composition || Empirical Formula ||   ||

**SUB PLANS** ||
 * **DAY** || **3-12 MONDAY** || **3-13 TUESDAY** || **3-14 WEDNESDAY** || **3-15 THURSDAY**
 * IRP INTRODUCTION** || **3-16 FRIDAY**
 * **TOPIC** || Early Release due to RAIN || [|The Mole Concept]

[|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] || Mixed Moles Practice via [|Quizziz]

Game Code 907309 ||
 * **DO NOW** ||  ||   || How many oranges are there in 3.7 x 10^11 moles? || Calculate the mass of diatomic oxygen. || How many grams o f salt total 4 x 10^31 formula units? ||
 * **SWBAT** ||  || Quantify chemical moles. || Convert between moles and molar mass. || Convert between moles and molar volume. ||   ||
 * **ACTIVITY** ||  || [[file:aaronfreeman/Introduction of Mole Concept.docx|Mole Concept Introduction]]

Use the [|The Mole Song] ||

|| IRP Downloading Documents

Finish Chalk Mole Lab || [|Mole Video] || || Molar Mass Worksheet Finish Chalk Lab ||
 * **HOMEWORK** ||  || Moles Worksheet

||  ||
 * **QUIZ OR TEST** ||  ||   || MOLAR CONVERSION I || Molar Mass || Molar Concepts ||


 * **DAY** || **3-5 MONDAY** || **3-6 TUESDAY** || ** 3-7 WEDNESDAY ** || **3-6 THURSDAY** ||
 * **TOPIC** || Bonding[|Animations]

VSEPR: Molecular Geometry [|Help Here] [|VIDEO Help Here] [|Learn VSEPR Theory] || Polarity and IMFs [|Tutorial 2] [|MFs and Polarity VIDEO]

[|IMFs video] || [|Metallic Bonds]

[|Metallic Bonding Animation] || ** Test 4 Naming and Bonding **


 * [|Padlet Post Link] ** ||
 * **DO NOW** || Name or write the following: N2O5, PCl3, boron trioxide. || Name the shapes of sulfur dichloride, carbon tetraiodide, and boron trifluoride. || Within the water molecule, which atom is more electronegative? ||  ||
 * **SWBAT** || Identify molecular shapes. || Predict polarity of molecules. || Identify conductors. || Demonstrate mastery of bonding topics. ||
 * **ACTIVITY** || [[file:aaronfreeman/Molecular Geometries Lab.doc|Molecular Geometries Lab.doc]]

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

Finish Polarity Column on Lab

Bonding [|Song] || GO WITH THE FLOW LAB || ||
 * **HOMEWORK** || Finish front side of Geometry Lab

|| ||

[|ReviewLinks] ||  ||
 * **QUIZ or TEST** || Polyatomic Ions || VSEPR Shapes || IMFs || ** Test 4 Naming and Bonding ** ||

|| Naming+Writing Ionic Formulas || Naming+Writing Ionic Formulas
 * || **2-26 MONDAY** || **2-27 TUESDAY** || **2-28 WEDNESDAY** || ** 3-1 THURSDAY ** || ** 3-2 FRIDAY ** ||
 * **TOPIC** || **PERIODIC TABLE TEST** || Naming Basic Ions[[file:aaronfreeman/Naming Basic Ions.pptx|Naming Basic Ions.pptx]]

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



Covalent Compounds Notes

|| Polyatomics[| Formula Game]
 * **DO NOW** || Name the following: NaCl, CO2, H2O. || Write the formula for carbon monoxide and potassium fluoride. || Name the following: PO4-3, Rb+2, O-2. || Write the following or name: Ca(ClO3)2, (NH4)3PO4, barium hydroxide. || Write or name: PbSO4, beryllium phosphate, potassium bromate. ||
 * **SWBAT** || Demonstrate mastery of PT topics. || Name monoatomic ions according to IUPAC conventions. || Name and write formulas for polyatomic ions. || Write formulas for ionic compounds. || Name formulas for ionic compounds according to IUPAC conventions. ||
 * **ACTIVITY** || World of Chemistry[|VIDEO- PT] || Polyatomic[| Matching Game]Polyatomic[|Charge Game]

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

[|VIDEO Help] || I Collect data.

[|Ionic Bonding Balance] || Finish Ionic Formulas Lab TURN IN ||
 * **HOMEWORK** ||  || Anions-Cations HW

|| 1-5 Both Sides || FINISH

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


 * Polyatomic Ion Quiz **


 * MONDAY ** ||
 * **QUIZ or TEST** || **PERIODIC TABLE TEST** ||  ||   || Naming Ions || Naming/Writing Ionics ||

Review[|Organization Link] || **2-21 WEDNESDAY** || **2-22 THURSDAY** || ** 2-23 FRIDAY ** || [|Atomic Radius] Trends [|Tutorials]
 * **DAY** || **2-20 TUESDAY**
 * **DO NOW** || CLICK on the review organization link above. You may use your reference tables. || Arrange the following in order of increasing atomic radius: S, Al, Zn, Rb. || The size of the ionic radius of an anion compared to the atomic radius of an atom is: smaller, larger, or identical. || Order the elements in decreasing ionization energy. Na, S, Al, F, K, O ||
 * **SWBAT** || Arrange atoms based on atomic radius. || Draw ion formations from neutral atoms. || Analyze ionization energy graphs. || Arrange atoms based on electronegativity. ||
 * **TOPIC** || Periodic Trends:

[|Video Explanation]

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



What is an ion? [|What is an Ion?] || Periodic Trends: [|Ionization Energy]

|| Periodic Trends: Electronegativity

|| || || Trends [|Song] [|Shielding Effect]
 * **ACTIVITY** || Atomic Radius

|| EXTRA CREDIT due MONDAY ||
 * **HOMEWORK** || [[file:aaronfreeman/Periodic Trends HW.docx|Periodic Trends HW.docx]] 1-4 || [[file:aaronfreeman/IonFormation.|Ion Formation]] || 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 ||
 * **QUIZ or TEST** || Periodic Table Organization || Atomic Radius || Ionic Radius || Elements 7+8A ||

Review[|Organization Link] || Relate transition to Bohr Model. || Identify organizational trends of the periodic table. || Demonstrate mastery of atomic theory. || Arrange atoms based on atomic radius. || [|Orbital Help Click Here]
 * **DAY** || **2-12 MONDAY** || **2-13 TUESDAY** || **2-14 WEDNESDAY** || **2-15 THURSDAY**
 * [|Padlet Post Link]** || **2-16 FRIDAY**
 * **DO NOW** || Write the noble gas notation for Vanadium (V). || 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^-1 belong? || Identify as a metal/nonmetal/metalloid: As, Na, S. || An unknown substance has a low melting point, fair conductivity, high luster, and is a liquid at room temp. Identify this element. ||
 * **SWBAT** || Calculate wavelength and frequency related to transition. || Calculate wavelength and frequency related to transition.
 * **TOPIC** || [[file:aaronfreeman/Orbital Notation Notes.doc|Orbital Notation Notes]]

[|VIDEO Tutorial] || [|Help]

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 Table Organization [|Watch ME]

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

[|Video Explanation]

World of Chemistry[|VIDEO- PT] || [|VIRTUAL FlameTestLab]
 * **ACTIVITY** || [|Annenberg Interactive] || [[file:aaronfreeman/FlameTestLab.doc|Flame Test Lab]]

[|Watch this VIDEO for Review] [|What is Light?] ||

Finish Flame Test Lab || [|CrashCourse Video] || Atomic Radius ||
 * **HOMEWORK** || [[file:aaronfreeman/Electron Configuration_Orbital Notation HW.docx|Configuration_Notation HW]] || [[file:aaronfreeman/Light Equations.docx|Light Equations WS]]

|| ||  ||  1-4 || || Electronic Transition || **Atomic Theory Test** || Periodic Table Organization ||
 * **QUIZ or TEST** || Electron Configuration || Orbital Notation

[|Online Review Click Here] || ||
 * || **2-5 MONDAY** || ** 2-6 TUESDAY ** || **2-7 WEDNESDAY**
 * [|Atom Practice Quiz]** || ** 2-8 THURSDAY ** || ** 2-9 FRIDAY **
 * **TOPIC** || [[file:aaronfreeman/Atomic Theory.ppt|Atomic Theory]]



[|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] ||
 * **DO NOW** || Draw a model of the atom. || 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). ||
 * **SWBAT** || Diagram the historical development of the atom. || 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. ||
 * **ACTIVITY** || Probing the Unknown

Unit 0-OnlineReview[|Link]

Thomson[|Experiment]

Rutherford Gold Foil[|Experiment]

[|Song]

[|MindMap] || World of Chem[|VIDEO]

[|Build an Atom]

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

[|Annenberg Interactive] ||
 * **HOMEWORK** || Probing the Unknown

|| OMIT#2 || ||   ||  ||
 * **QUIZ or TEST** ||  || Atomic Theory || Parts of the Atom || Isotopes || Electron Configuration ||


 * **DAY** || **1-29 MONDAY** || **1-30 TUESDAY** || **1-31 WEDNESDAY** || ** 2-1 THURSDAY ** || ** 2-2 FRIDAY ** ||
 * **TOPIC** || Properties of Matter

[|States of Matter Movement]

[|Brainiacs VIDEO] || Sci.Notation

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

Converting [|Tutorial] || Review [|Conversions] || ** ChemTools Test ** ||
 * **DO NOW** || 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. || 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. ||
 * **SWBAT** || Classify properties of matter. || Properly measure matter using significant digits and report using scientific notation. || Convert measurements using equivalent values. || Identify materials based on calculated density. || Demonstrate mastery of chemtools. ||
 * **ACTIVITY** || [[file:aaronfreeman/Mixture Separation Lab.doc|Mixture Separation Lab.doc]] || [[file:aaronfreeman/Mixture Separation Lab.doc|Mixture Separation Lab.doc]]

[|Methods to Sep. Mixtures] ||

[|Converting Video]

|| Dim. Analysis Practice Problems



||  ||
 * **HOMEWORK** || [[file:aaronfreeman/Matter Properties HW.docx|Matter Properties HW.docx]]

Study Elements 1+2 ||

Study Elements 1+2 || ||

Elements 1A+2A



||  || CHEMTOOLS TEST ||
 * **QUIZ or TEST** || Scientific Method || Properties of Matter || Sci. Notation || Converting || ELEMENTS QUIZ


 * **DAY** || **1-25 THURSDAY** || **1-26 FRIDAY** ||
 * **TOPIC** || Syllabus+Lab Safety

Link to Remind Install LoggerPro || Scientific Method || Doctors do what to patients? || OPEN APPS Folder. GO TO Self Service. LOGIN. Select SCIENCE from right. DOWNLOAD LoggerPro. While you wait for it to download, answer the DO NOW. Tokae is investigating oxygen levels in ponds of different temperatures. Identify the measured variable? ||
 * **DO NOW** || Name an element that completes the pun.
 * **SWBAT** || Properly identify lab equipment and safety procedures. || Understand the steps of the scientific method. ||
 * **ACTIVITY** || [[file:aaronfreeman/Would you rather?.pptx|Would you rather .. ?]]

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

Submit Online Verifications || Study Elements Group 1+2 Finish Bubble Lab Analysis || [|Socrative Link Click Here]
 * **QUIZ or TEST** ||  || Lab Equipment ID+ Safety Quiz
 * ROOM Number = 64380038** ||