• Chemistry
  • Year 11

Introduction to Quantitative Chemistry

approx. 10 hrs

9 topics

108 concepts

Develop an aptitude for Moles and Stoichiometry and advance into Year 12 Chemistry with confidence.

Available in
NSW

Overview

The Year 11 Introduction to Quantitative Chemistry is aligned to Module 2 of the NSW Chemistry curriculum. This topic explores the quantitative aspect of Chemistry and the critical importance of mole calculations. Students studying Year 11 Moles Bootcamp perform simple mole conversions with masses of solids and volumes of both gases and solutions, predict the amounts of reactants required and products produced in various reactions, and carry out limiting reagent, mass percentage and empirical formulae calculations.

Topics & Concepts We Cover

This learning program is made up of the following 9 topics, broken down into 108 concepts.

  • Resource: Periodic Table 1 concept

    1. The Periodic Table

  • Introduction to Stoichiometry 6 concepts

    1. Stoichiometry

    2. Why We Use Moles

    3. Moles of Different Substances have Different Weight

    4. Visualising the Mole

    5. The Size of a Mole

    6. The Periodic Table

  • Gases 14 concepts

    1. Standard Molar Volume

    2. Rearranging the Ideal Gas Law Equation

    3. The Gas Laws

    4. Boyle's Law

    5. Charles' Law

    6. Combined Gas Law

    7. Barometer

    8. Manometer

    9. Pressure Of A Gas

    10. Units

    11. Interconversion Of Units

    12. Combined Gas Law

    13. Ideal Gas Equation

    14. Different Values Of R

  • Calculations Involving Moles 19 concepts

    1. Limiting Reagent Questions

    2. Mole Conversions - Total

    3. Predicting the Quantities of Products and Reactants

    4. Mole Calculations: Mass and Solutions

    5. Mole Calculations: Number of Particles to Number of Particles

    6. Conversions of Number of Particles with Solutions

    7. Mole Calculations: Mass to Mass

    8. Mass Conversions with Solutions

    9. Mole Calculations: Number of Particles and Mass

    10. Interconverting Number of Particles and Mass

    11. Mole Calculations: Gas to Gas

    12. Mole Calculations: Number of Particles and Gases Mole Calculations

    13. Mole Calculations: Mass and Gas

    14. Conversions of Number of Particles with Ideal Gases

    15. Mass Conversions with Ideal Gases

    16. Two Types of Mole Calculation

    17. Mole Calculations: Solutions to Solutions

    18. Mole Calculations: Number of Particles and Solutions Mole Calculations

    19. Mole Calculations: Solutions and Gases

  • Solution Chemistry 23 concepts

    1. Moles and Solutions

    2. Parts Per Billion

    3. Interconverting Units of Concentration

    4. Mole Conversions with Solutions

    5. Dilution Equation

    6. Parts Per Million

    7. Performing A Dilution

    8. Solution Chemistry

    9. Concentrated and Dilute Solutions

    10. Solubility

    11. Solubility Curves

    12. Solute, Solvent and Solutions

    13. Gas Solubility Temperature Dependence

    14. Primary Standards, Standard Solutions

    15. How to Prepare Standard Solutions

    16. Concentration

    17. Molarity

    18. Molality

    19. Parts by Mass

    20. Parts by Volume

    21. Grams per Litre

    22. Conversions of Number of Particles with Solutions

    23. Mass Conversions with Solutions

  • Chemical Equations 13 concepts

    1. Constructing Balanced Chemical Equations

    2. Steps to Balancing Chemical Equations

    3. Specifying States

    4. Arrows in Chemical Equations

    5. Balanced Chemical Equations

    6. Stoichiometric Coefficients

    7. Translating Chemical and Word Equations

    8. Significance of the Molar Ratio

    9. Using the Molar Ratio to find Unkown Moles

    10. Molecular Equation

    11. Total Ionic Equation

    12. Net Ionic Equation

    13. Chemical Reaction

  • Mole Calculations 7 concepts

    1. Limiting Reagent

    2. Spotting Limiting Reagent Questions

    3. Identifying What is Required

    4. Percentage Yield

    5. Predicting the Quantities of Products and Reactants

    6. Predicting Quantities of Products and Reactants

    7. Format of Mole Calculations

  • The Mole Concept 17 concepts

    1. Introduction to Mole Conversions

    2. The Periodic Table

    3. Interconverting Moles and the Number of Particles

    4. Interconverting Moles and Mass

    5. Interconverting Moles and Molar Mass

    6. The Mole Concept and Avogadro's Constant

    7. The Importance of Titles and Units for Working

    8. Molar Mass

    9. Calculating Molar Mass of an Element

    10. Calculating Molar Mass of a Compound

    11. Stoichiometry

    12. Why We Use Moles

    13. Moles of Different Substances have Different Weight

    14. Visualising the Mole

    15. The Size of a Mole

    16. Interconverting Number of Particles and Mass

    17. Two Types of Mole Calculation

  • Empirical Formula 8 concepts

    1. Experimental Determination of Empirical Formula by Combustion Analysis

    2. Experimental Determination of Empirical Formula by Elemental Analysis

    3. Mass Percentage Composition

    4. Determining the Mass of an Element in a Pure Sample

    5. Empirical Formula

    6. Empirical Formula and Mass Percentage Composition

    7. Determining the Empirical Formula

    8. Determining the Molecular Formula from an Empirical Formula

What you'll get

Learning Content

  • A customised learning plan to suit your needs, adapting to your pace as you learn, progress and achieve mastery
  • All the content required to help you master the syllabus, including theory, worked examples, exam preparation and practice questions

An Expert Tutor

  • We match you to a private, expert tutor who is right for your needs and goals
  • Our tutors are talented, tested, top ATAR achievers and subject experts
  • During each session, your tutor guides you through your learning program, providing real-time, live expert tutoring in Introduction to Quantitative Chemistry

Reporting

  • Access information at every stage showing what's been mastered, what areas need to be worked on and what's next
  • You and your parents receive a comprehensive feedback report after every session
  • Every session is recorded and available for you to watch at any time, allowing you to review what was covered

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