CHEMISTRY 11

UNIT 1: MEASUREMENT & MATTER

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1. Welcome Back!

2. Course Outline

3. Textbook & Resource Introduction

   1. Additional Textbook: "Heath Chemistry" (ask Ms. M to sign out from the library)

   2. Recommended Text: "Everything You Need to Ace Chemistry In One Big Fat Notebook" (available for purchase)

   3. Extra Video Notes: Numerade (access by free signup)
      Link: numerade.com/courses/chemistry

   4. Extra Worksheet Practice: Colgur Chemistry (Hand-In #1-15 pdf (includes answer keys)
      Link: colgurchemistry.com/Chem11/chem_11.htm

4. Chemistry 11 Data Booklet

5. Science 10 Chemistry Review Booklet

6. Lab Safety Review and Equipment Inventory

   1. Lab Equipment Practice​​​

7. Lab Safety & Equipment Quiz

8. Formal Lab Guidelines Notes

9. Lab: Working in the Chemistry Lab

   1. Lab Prep​

   2. ​Experiment

   3. Lab Report

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1. Introduction to Measurement & Matter

   1. Homework Guidelines​

   2. Extra Practice Booklet

2. Scientific Method Notes​

3. Unit Conversions Notes

4. Density Notes

5. Significant Figures Notes

6. Quiz #1

7. Experimental Uncertainty Notes​​

8. Matter and its Properties​ Notes

9. Quiz #2

10. Classification of Matter​ Notes

11. ​Energy & Phase Changes​ Notes

12. Quiz #3

13. Lab: Separating Mixtures​

    1. Lab Prep​

    2. Experiment (2 days)

    3. Lab Report

14. ​Unit 1 Review

    1. Study Time

15. Chapter 1 Test: Measurement & Matter

    1. Reflection​: personal notes on areas for growth and review for final attached to the front of the test.

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​UNIT 2: INORGANIC NOMENCLATURE

 

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1. Introduction to Inorganic Nomenclature

   1. Homework Guidelines​

   2. Extra Practice Booklet

2. Classification of Compounds Notes

3. Ionic Compounds Notes

4. Molecular Compounds Notes

5. Quiz #1

6. Naming Acids & Bases Notes​

7. Activity: Naming Card Game

8. Quiz #2​

1. ​Unit 2 Review

   1. Study Time

2. Chapter 2 Test: Inorganic Nomenclature

   1. Reflection​

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​UNIT 3: THE MOLE

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1. Introduction to Inorganic Nomenclature

   1. Homework Guidelines​

   2. Extra Practice Booklet

   3. How Big is Big? Introductory Activit

   4. Video: https://www.youtube.com/watch?v=62-faOEiGcY

2. Significant Figures Review

   1. Why Use Significant Figures Story​

   2. Review Worksheet

3. Relative Mass Notes​

4. Lab: Mole of Rice

   1. Lab Prep​

   2. Experiment

   3. Lab Report​​​

5. Using the Mole Notes

6. Quiz #1

7. Molar Volume of Gases Notes​

8. Mole Map Activity

9. Quiz #2​

10. Percent Composition Notes​​

11. Quiz #3

12. Lab: Hydrates​

    1. Lab Prep: Bunsen Burner Practice​

    2. Experiment

    3. Lab Report

13. ​Unit 3 Review

    1. Study Time

14. Chapter 3 Test: The Mole

    1. Reflection​

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1. Midterm Prep
   1. Study Guide
   2. Practice Test
2. ​​Midterm: Chapter 1-3​​
   1. Reflection​

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​UNIT 4: STOICHIOMETRY

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1. Introduction to Stoichiometry

   1. Pre-Chapter Review Booklet

   2. Homework Guidelines​

   3. Extra Practice Booklet

2. Molarity and Dilutions​ Notes​

3. Quiz #1​

4. Mole Bridge Notes

5. Lab Prep

6. Lab: Standard Solutions

   1. Lab Prep​​​

   2. Experiment

   3. Lab Report

7. Quiz #2​​

8. Limiting Reagents​ Notes

9. Lab: Wine Analysis

   1. Lab Prep

   2. Experiment

   3. Lab Report

10. Quiz #3​

11. Unit 4 Review

    1. Study Time

12. Chapter 4 Test: Stoichiometry

    1. Reflection

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​UNIT 5: ATOMIC THEORY

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1. Introduction to Atomic Theory

   1. Pre-Chapter Review Booklet

   2. Homework Guidelines​

   3. Extra Practice Booklet

2. Introduction to Atomic Theory​ Notes

   1. Video:
      https://www.youtube.com/watch?v=cPDptc0wUYI

3. Quantum Numbers Notes

4. Quiz #1

5. Orbital & Electron Configurations​ Notes

6. Quiz #2

7. Periodic Trends & Chemical Bonding Notes​

8. Predicting Bond Type Notes​

9. Quiz #3

10. Lewis Diagrams​ Notes

11. Quiz #4

12. Unit 5 Review

    1. Study Time

13. Chapter 5 Test: Atomic Theory

    1. Reflection​

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​UNIT 6: SOLUTION CHEMISTRY

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1. Introduction to Atomic Theory

   1. Pre-Chapter Review Booklet

   2. Homework Guidelines​

   3. Extra Practice Booklet

2. Solubility Notes

3. Electrolytes Notes

4. Concentration​​ Notes

5. Lab: Egg

   1. Lab Prep​

   2. Experiment

   3. Lab Report

6. ​​Quiz #1​

7. Titrations Notes​

8. Lab: Titration

   1. Lab Prep​

   2. Experiment

   3. Lab Report

9. Polarity Notes

   1. Video: https://www.youtube.com/watch?v=AN4KifV12DA&list=PLYGeDCQTodkDyIAZMIk7AnFy4MEv32Tgn&index=4&t=11s

10. Interactions Notes

1. Unit 6 Review

   1. Study Time

2. Chapter 6 Test: Solution Chemistry

   1. Reflection​

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​UNIT 7: ORGANIC CHEMISTRY

 

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1. Introduction to Organic Chemistry

   1. ​Homework Guidelines​

   2. Extra Practice Booklet

   3. ​Career Explorations

2. ​​Classification of Alkanes​ Notes​​​

3. Isomers, Cycloalkanes, and Alkyl Halides Notes

4. Virtual Lab: Molecular Geometry

5. Alkenes & Alkynes Notes

6. Quiz #1

7. Functional Groups Notes

8. Unit 7 Review

   1. Study Time

9. Chapter 7 Test: Organic Chemistry

   1. Reflection​

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FINAL EXAM: CHEMISTRY 11

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1. ​​Final Exam Review

   1. How to Study for a Final Exam Video: https://www.youtube.com/watch?v=bfzIooq3ZNg

   2. Scientific Study Tips Video: https://www.youtube.com/watch?v=p60rN9JEapg

   3. Unit Reflection Summary

   4. Study Guide

   5. Final Exam Practice Test

2. Chemistry 11 Final Exam​

   1. Date: tbd

   2. Time: tbd

   3. TEXTBOOKS ARE DUE AT THE TIME OF YOUR FINAL EXAM!​​​​

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CURRICULAR & CORE COMPETENCIES

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The Chemistry 11 curriculum has been designed to incorporate the core competencies through the study of content while developing skills called curricular competencies. We will be working on many different topics and skills in this class. The following highlights essential areas for students to reflect on their strengths and areas for growth during their studies.

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• formulate multiple hypotheses and predict multiple outcomes

• collaboratively and individually plan, select, and use appropriate investigation methods, including field work and lab experiments, to collect reliable data (qualitative and quantitative)

• assess risks and address ethical, cultural, and/or environmental issues associated with their proposed methods

• use appropriate SI units and appropriate equipment, including digital technologies, to systematically and accurately collect and record data

• apply the concepts of accuracy and precision to experimental procedures and data

• seek and analyze patterns, trends, and connections in data, including describing relationships between variables, performing calculations, and identifying inconsistencies

• construct, analyze, and interpret graphs, models and diagrams

• use knowledge of scientific concepts to draw conclusions that are consistent with evidence

• evaluate their methods and experimental conditions, including identifying sources of error or uncertainty, confounding variables, and possible alternative explanations and conclusions

• describe specific ways to improve their investigation methods and the quality of their data

• consider the changes in knowledge over time as tools and technologies have developed

• connect scientific explorations to careers in science

• consider social, ethical, and environmental implications of the findings from their own and others’ investigations

• assess risks in the context of personal safety and social responsibility

• implement multiple strategies to solve problems in real-life, applied, and conceptual situations

• consider the role of scientists in innovation

• communicate scientific ideas and information, and perhaps a suggested course of action, for a specific purpose and audience, constructing evidence-based arguments and using appropriate scientific language, conventions, and representations

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