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Monday, September 6, 2010
Saturday, May 15, 2010
Ending the Year
Monday:
Acid-Base Quiz
Final Exam Study Guide Pass Out-Going Over it on Friday.
Oxidation #'s practice.
Energy Diagrams.
Wednesday:
Oxidation Numbers Review.
Nuclear Reactions examples.
Half-life Lab.
Friday:
Going over final exam review.
Tuesday:
Final Exam.
Acid-Base Quiz
Final Exam Study Guide Pass Out-Going Over it on Friday.
Oxidation #'s practice.
Energy Diagrams.
Wednesday:
Oxidation Numbers Review.
Nuclear Reactions examples.
Half-life Lab.
Friday:
Going over final exam review.
Tuesday:
Final Exam.
Wednesday, April 28, 2010
Acids and Bases
Friday:
-Acid Base Reaction as the introduction.
-Finishing water heater lab.
-Molarity, heat, endo, and exothermic lab.
-Starting Acids and Bases with vocab...
Dissociation, Hydrogen Ion, Hydroxide Ion, Hydronium Ion, Equilibrium, Indicator, pH scale.
-Different Types of Acids and Bases chart.
-Indicator demonstration.
Tuesday:
-Molarity Review: Determining # of moles in a solution.
-Creating a pH scale using a pH indicator and different solutions.
-Writing acid-base neutralization reactions.
-Model Tiration online
Thursday:
-Acid Base vocabulary
-pH problems and strong acid base titration problems.
Tuesday:
-Titration Online simulation.
-Fission, Fusion, Half-life lab with pennies, Alpha, Beta, Gamma, Nuclear Chemistry vocabulary from standards.
-CALM Problems.
Thursday:
-Titration
-Redox Reactions Start
-Acid Base Reaction as the introduction.
-Finishing water heater lab.
-Molarity, heat, endo, and exothermic lab.
-Starting Acids and Bases with vocab...
Dissociation, Hydrogen Ion, Hydroxide Ion, Hydronium Ion, Equilibrium, Indicator, pH scale.
-Different Types of Acids and Bases chart.
-Indicator demonstration.
Tuesday:
-Molarity Review: Determining # of moles in a solution.
-Creating a pH scale using a pH indicator and different solutions.
-Writing acid-base neutralization reactions.
-Model Tiration online
Thursday:
-Acid Base vocabulary
-pH problems and strong acid base titration problems.
Tuesday:
-Titration Online simulation.
-Fission, Fusion, Half-life lab with pennies, Alpha, Beta, Gamma, Nuclear Chemistry vocabulary from standards.
-CALM Problems.
Thursday:
-Titration
-Redox Reactions Start
Friday, April 16, 2010
Colligative Properties and Into Thermochemistry
Monday:
-Quick Molarity Quiz.
Colligative Properties Explorelearning Lab.
Creating a table with 9 different
How does a high concentration impact freezing point?
Why does this happen? Relate to molecules.
How does a high concentration impact boiling point?
Why does this happen? Relate to molecules.
Come back to class.
Vocabulary: Freezing point depression, vapor pressure lowering, boiling point elevation.
If time, exothermic vs. endothermic discussion. Examples non-examples. Acting out one or the other in groups of two to three.
Wednesday:
Chapter 17 Vocabulary, Heat gained and lost lost calculations.
-Water heater lab with just your breath. Need thermometers.
-Then with a piece of ice heat gained and lost lab.
Friday:
-Electron Dot Diagrams Review
-Finish Lab data sharing and answering questions.
-Vocabulary: Calorimetry, Calorimeter, Calorie, Joule, Specific Heat, First and 2nd Law of Thermodynamics.
-Examine Specific Heats of Different Materials
-Melting Ice and measuring heat absorbed by the ice-Lab throughout the period.
-Look at Charts and Tables from Chapter 17.
CALM Problems.
Monday:
-Mole Review
-Review Chapter 17 Concepts
-Heating Water Gizmo Worksheet completion and CALM Problems. (Or hot plates and heating 3 containers of ice and determining the temperature at 30 second intervals.
-Measure amount of heat gained at the different steps.
-Hess's Law description and problems?
Wednesday:
-Water Heat Efficiency Lab?-Need to mass the different beakers once again.
-Complete two trials.
-Need tongs, candles, thermometers, use sheet from last year.
Friday:
Thermodynamics quiz, calculations, vocabulary, etc.
Start Acids and Bases
-Quick Molarity Quiz.
Colligative Properties Explorelearning Lab.
Creating a table with 9 different
How does a high concentration impact freezing point?
Why does this happen? Relate to molecules.
How does a high concentration impact boiling point?
Why does this happen? Relate to molecules.
Come back to class.
Vocabulary: Freezing point depression, vapor pressure lowering, boiling point elevation.
If time, exothermic vs. endothermic discussion. Examples non-examples. Acting out one or the other in groups of two to three.
Wednesday:
Chapter 17 Vocabulary, Heat gained and lost lost calculations.
-Water heater lab with just your breath. Need thermometers.
-Then with a piece of ice heat gained and lost lab.
Friday:
-Electron Dot Diagrams Review
-Finish Lab data sharing and answering questions.
-Vocabulary: Calorimetry, Calorimeter, Calorie, Joule, Specific Heat, First and 2nd Law of Thermodynamics.
-Examine Specific Heats of Different Materials
-Melting Ice and measuring heat absorbed by the ice-Lab throughout the period.
-Look at Charts and Tables from Chapter 17.
CALM Problems.
Monday:
-Mole Review
-Review Chapter 17 Concepts
-Heating Water Gizmo Worksheet completion and CALM Problems. (Or hot plates and heating 3 containers of ice and determining the temperature at 30 second intervals.
-Measure amount of heat gained at the different steps.
-Hess's Law description and problems?
Wednesday:
-Water Heat Efficiency Lab?-Need to mass the different beakers once again.
-Complete two trials.
-Need tongs, candles, thermometers, use sheet from last year.
Friday:
Thermodynamics quiz, calculations, vocabulary, etc.
Start Acids and Bases
Thursday, April 1, 2010
Solutions and Concentration
Thursday
Goal: Elaborate on nature of solutions.
Finish Vocab discussion.
1.) Solubility Table Temperature: Sodium Chloride, Potassium Nitrate
Make a line graph to compare the two.
2.) Questions.
-What caused somethings that were soluble to become insoluble?
-When did solubility increase? Why? Relate to kinetic theory?
-When something dissolves, does it like water or hate water?
3.) Molarity vocabulary discussion
4.) CALM Work
Tuesday
Goal: Relate nature of solutions to solution calculations.
-Start two cups (one that is saturated with salt and one that is tap water) under a fish tank with putty experiment.
1.) Mole wksht.+end of chapter questions from chapter 14.
2.) Molarity, % Volume Calculations, Dilution calculations.
3.) CALM Problems
Thursday:
Goal: make molar calculations, % mass calculations. (need plastic cups and sugar)
1.) Lab: Making 0.10, 0.15, 0.20, 0.40, 0.7, 1.00 Molar Solutions of sugar water.
2.) Write out calculations and how you will measure out the water and sugar for each cups.
3.) On chart record amount of sugar in grams per 1 oz. (about 30 mL)
4.) Make a line graph comparing the sweetness with the molarity of the solution.
5.) Problems: 3-6, 8-11. Chapter 16.
Monday: Goal: Make concentration calculations.
1.) Start rock candy experiments.
2.) Dilutions Demonstration with food dye. Dilutions wksht Mr. Guch Worksheet
3.) 12-23, Chapter 16: Other concentration calculations.
4.) Quick Labs: Ice and Salt string trick. Ice water temperature measurement with the addition of salt.
5.) Colligative properties definition and explanation map: Boiling point elevation and freezing point depression.
Wednesday:
Goal: Describe heat transfer situations with the equation H=DeltaT*Mass*Specific Heat.
Vocabulary: Heat, Temperature, Specific Heat
Heat Transfer Calculations
Water Heater Lab
Goal: Elaborate on nature of solutions.
Finish Vocab discussion.
1.) Solubility Table Temperature: Sodium Chloride, Potassium Nitrate
Make a line graph to compare the two.
2.) Questions.
-What caused somethings that were soluble to become insoluble?
-When did solubility increase? Why? Relate to kinetic theory?
-When something dissolves, does it like water or hate water?
3.) Molarity vocabulary discussion
4.) CALM Work
Tuesday
Goal: Relate nature of solutions to solution calculations.
-Start two cups (one that is saturated with salt and one that is tap water) under a fish tank with putty experiment.
1.) Mole wksht.+end of chapter questions from chapter 14.
2.) Molarity, % Volume Calculations, Dilution calculations.
3.) CALM Problems
Thursday:
Goal: make molar calculations, % mass calculations. (need plastic cups and sugar)
1.) Lab: Making 0.10, 0.15, 0.20, 0.40, 0.7, 1.00 Molar Solutions of sugar water.
2.) Write out calculations and how you will measure out the water and sugar for each cups.
3.) On chart record amount of sugar in grams per 1 oz. (about 30 mL)
4.) Make a line graph comparing the sweetness with the molarity of the solution.
5.) Problems: 3-6, 8-11. Chapter 16.
Monday: Goal: Make concentration calculations.
1.) Start rock candy experiments.
2.) Dilutions Demonstration with food dye. Dilutions wksht Mr. Guch Worksheet
3.) 12-23, Chapter 16: Other concentration calculations.
4.) Quick Labs: Ice and Salt string trick. Ice water temperature measurement with the addition of salt.
5.) Colligative properties definition and explanation map: Boiling point elevation and freezing point depression.
Wednesday:
Goal: Describe heat transfer situations with the equation H=DeltaT*Mass*Specific Heat.
Vocabulary: Heat, Temperature, Specific Heat
Heat Transfer Calculations
Water Heater Lab
Tuesday, March 9, 2010
States of Matter-Gas Laws
Tuesday:
1.) Atmospheric Pressure Demo, Try Yourself
2.)Notes-Kinetic Molecular Theory of Gases (Elastic Collisions video, Temperature gas behavior gizmo), Vocabulary: Barometer, Pressure, Elastic Collisons, Vapor Pressure.
3.) Atmospheric Pressure Calculations and conversions.
4.) Altitude and Boiling Experiment Gizmo.
5.) Work CALM Topic 10
Thursday:
1.) Engage Demonstrations: Making water boil at Room Temperature in a Vacuum (using syringes), Boyle's Law.
2.) Charles Law Demonstration: Three balloons-blown to same size, one over hot water, one room temperature, one in a freezer.
3.) Gas Law Explorelearning interactives.
4.) Foldable: 4 Folds: Boyle's Law, Charles Law, Gay Lussac's Law, Combined Gas Law: Written description, equation, what is held constant, real life situation.
5.) Gas Laws notes 3 example problems.
Monday:
Petri Dish Lab from Chapter 12.
More Gas Laws Problems in class.
Wednesday:
Gas Law CALM Problems.
Limiting Reagent Review.
Friday: Gas Law Quiz, moving forward.
Wednesday: Gas Law Problems, Ideal Gas Law included.
Friday:
Wednesday:
1.) Atmospheric Pressure Demo, Try Yourself
2.)Notes-Kinetic Molecular Theory of Gases (Elastic Collisions video, Temperature gas behavior gizmo), Vocabulary: Barometer, Pressure, Elastic Collisons, Vapor Pressure.
3.) Atmospheric Pressure Calculations and conversions.
4.) Altitude and Boiling Experiment Gizmo.
5.) Work CALM Topic 10
Thursday:
1.) Engage Demonstrations: Making water boil at Room Temperature in a Vacuum (using syringes), Boyle's Law.
2.) Charles Law Demonstration: Three balloons-blown to same size, one over hot water, one room temperature, one in a freezer.
3.) Gas Law Explorelearning interactives.
4.) Foldable: 4 Folds: Boyle's Law, Charles Law, Gay Lussac's Law, Combined Gas Law: Written description, equation, what is held constant, real life situation.
5.) Gas Laws notes 3 example problems.
Monday:
Petri Dish Lab from Chapter 12.
More Gas Laws Problems in class.
Wednesday:
Gas Law CALM Problems.
Limiting Reagent Review.
Friday: Gas Law Quiz, moving forward.
Wednesday: Gas Law Problems, Ideal Gas Law included.
Friday:
Wednesday:
Monday, February 22, 2010
Stoichiometry in Reactions
Tuesday:
Converting words into a balanced reaction.
1.) Looking at a series of complete molecular, complete ionic, net ionic, and spectator ions.
2.) Review Question Deck
3.) Mental Molar Calculations around the room.
4.) Students make a series of questions relating
5.) Mass to mass calculations using a flow chart.
Thursday
Converting words into a balanced reaction.
1.) Limiting Reagent Situations Categorization.
2.) Review Question Deck
3.) Mental Molar math problems.
4.) Review flow chart
5.) More stoichiometry problems, limiting reagent.
Monday
1.) More stoichiometry problems.
2.) Limiting Reagent Gizmo Interactive
3.) Limiting Reagent baggies:
-Three Reactions, Four situations per reaction. Determine the limiting reagant and amount of product made.
4.) Percent Review
5.) Percent yield-conceptual problems with Limiting reagent, etc.
Wednesday
1.) Stoichiometry Map Review
2.) Limiting Reagent Review
3.) Percent Yield Problem Set
Friday
Chapter 12 Quiz: Finish, Stoichiometry Problems, Percent Yield, and Limiting Reagent.
CALM Topic
Tuesday Move to Chapter 13: Gas Laws, Proportionality
Thursday Gas Laws Lab?
Converting words into a balanced reaction.
1.) Looking at a series of complete molecular, complete ionic, net ionic, and spectator ions.
2.) Review Question Deck
3.) Mental Molar Calculations around the room.
4.) Students make a series of questions relating
5.) Mass to mass calculations using a flow chart.
Thursday
Converting words into a balanced reaction.
1.) Limiting Reagent Situations Categorization.
2.) Review Question Deck
3.) Mental Molar math problems.
4.) Review flow chart
5.) More stoichiometry problems, limiting reagent.
Monday
1.) More stoichiometry problems.
2.) Limiting Reagent Gizmo Interactive
3.) Limiting Reagent baggies:
-Three Reactions, Four situations per reaction. Determine the limiting reagant and amount of product made.
4.) Percent Review
5.) Percent yield-conceptual problems with Limiting reagent, etc.
Wednesday
1.) Stoichiometry Map Review
2.) Limiting Reagent Review
3.) Percent Yield Problem Set
Friday
Chapter 12 Quiz: Finish, Stoichiometry Problems, Percent Yield, and Limiting Reagent.
CALM Topic
Tuesday Move to Chapter 13: Gas Laws, Proportionality
Thursday Gas Laws Lab?
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