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Chemistry

Welcome to the Chemistry News website. Here, you can find articles on everything chemistry-related at Palmer. 

Course Content

Here are Palmer, students who take Chemistry are expected to do the following:

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  • Questioning and predicting

    • Demonstrating a sustained intellectual curiosity about a specific scientific topic
      or problem of personal interest​

    • Making observations aimed at identifying their own questions. These might include increasingly complex ones or ones about the natural world

    • Formulating multiple hypotheses and predicting the corresponding outcomes

  • Planning and conducting​

    • ​Planning. selecting, and using appropriate investigation methods, including field work and lab experiments, to collect reliable data (both qualitative and quantitative) collaboratively and/or individually

    • Assessing risks and addressing ethical, cultural, and/or environmental issues
      associated with their own proposed methods and those of others

    • Selecting and using appropriate equipment, including digital devices and technologies,
      to systematically and accurately collect and record data

    • Ensuring that safety and ethical guidelines are followed in their own investigations and experiments

  • Processing and analyzing data and information

    • Experiencing and interpreting the local environment​

    • Applying the perspectives, knowledge, and, other ways of knowing of the First Peoples to use as sources of information

    • Seeking and analyzing patterns, trends, and connections in data, including describing relationships between variables (both dependent and independent) and identifying inconsistencies

As for Grade 10 at Palmer in particular, students learn more on fundamental topics and concepts. These topics include the atomic structure, periodic table, chemical reaction, and chemical bonding, to understand better the world we live in. Chemistry is the foundation for many areas, including science and technology. Through it, students develop critical thinking, problem-solving, and analyzing skills that will come in handy in every aspect of life, including both their studies and careers. 

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A Nelson chemistry textbook (BC Edition)

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A Heath Chemistry laboratory experiments textbook (Canadian Edition)

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The BC Science Connections 10 textbook

Science 10 Course Content

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  • The DNA structure and its functions

  • Patterns of inheritance

  • Mechanisms for the diversity of life

    • Mutations and its impact​

    • Natural and artificial selection

  • The application of genetics in technology and related ethical concerns

  • The rearrangement of atoms in chemical reactions

  • Practical applications and implications to chemical processes, including the use of First Peoples' knowledge

  • Nuclear energy and radiation

  • Laws about energy and mass

  • The different types of energy and how they change

  • The formation of the universe

    • The Big Bang​

    • Components of the universe

  • The methods of collecting astronomical data

Chemistry 11 Course Content

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  • Quantum mechanical model and electron disfiguration​

  • Valence electrons and Lewis structures

  • Chemical boding based on electronegativity

  • Bonds and forces

  • Organic compounds

  • Applications of organic chemistry

  • The mole

  • Dimensional analysis

  • Reactions

  • Stoichiometric calculations

    • Using significant figures​

    • In aqueous solutions

  • Local and other chemical processes

  • Green chemistry

  • Solubility of molecular and ionic compounds

  • Analysis techniques

Chemistry 12 Course Content

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  • Reaction rate

  • Collision theory

  • Energy change during a chemical reaction

  • Reaction mechanisms

  • Catalysts

  • The dynamic nature of chemical equilibrium

  • Le Châtelier's principle and equilibrium shift

  • Equilibrium constant (Keq)

  • Saturated solutions and solubility products (Ksp)

  • The relative strengths of acids and bases in solutions

  • Water as an equilibrium system

  • Weak acids and bases

  • Titration

  • Hydrolysis of ions in salt solutions

  • Applications of acid-base reactions

  • The oxidization-reduction process

  • Electrochemical cells

  • Electrolytic cells

  • Quantitative relationships

BRIAN DAI

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DO NOT COPY

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