Website information: Summer Learning -

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1 Course: Chemistry 11 Teacher Name: Ms. Krista Wood & Murray Bulgar Contact information: Website information: Summer Learning - Homework and class information Course Description: Chemistry 11 is an introduction into the field of Chemistry focusing primarily on the nature of matter. Throughout the course students will learn the fundamental skills of chemistry related to chemical reactions, atomic theory, solution chemistry, the mole, and organic chemistry. Much of the course material is calculation based, and a good working knowledge of the chemistry topics covered in Science 8, 9, and 10 will be essential to your success. The nature of chemistry is very sequential; that is, the concepts learned previously will be built on when working in the current topics we will be studying. Course Expectations: It is expected that students will: Abide by the student Code of Conduct Adhere to the Academic Honesty policy Adhere to the Summer Learning Student Engagement policy Respect yourself and others Attend every class and be punctual Inquire, think, and participate to the best of your individual ability Access technology in class for learning purposes only & only when instructed to do so Challenge yourself and have fun learning Summer Learning policies can be accessed at:

2 Big Ideas: By the end of this course students will be expected understand the following big ideas: Atoms and molecules are the fundamental building blocks of matter Chemical bonds are the results of electrostatic forces Periodicity can be explained by atomic structure The mole is a convenient way to express quantities of particles Matter and energy are conserved in chemical reactions The rearrangement of atoms in chemical reactions is predictable Chemical reactions and their applications have significant implications for human health, society, and the environment Solubility within a solution is determined by the nature of the solute and solvent Solution chemistry and its applications have significant implications for human health, society, and the environment Optional Content: Carbon s ability to form four bonds with itself and other elements results in a wide variety of organic compounds Organic chemistry and its applications have significant implications on human health, society, and the environment. Curricular Competencies: By the end of this course students are expected to be able to do the following: Questioning and predicting Planning and conducting Processing and analyzing data and information Evaluating Applying and innovating Communicating For more detailed information visit: Core Competencies: The following core competencies will be incorporated into the delivery of this course: Communication Creative thinking Critical thinking Positive personal and cultural identity Personal awareness and responsibility Social responsibility For more detailed information visit:

3 Course Content: Unit Name Unit Description Atoms and Molecules Classification of matter Model of the atom o Subatomic structure of atoms, ions and isotopes o Electron configuration o Lewis structures o Quantum mechanical model Periodic table o Chemical and physical properties of the elements o Periodicity o Trends in the properties of elements Chemical bonding Mole Concept The significance and use of the mole Avogadro s hypothesis Stoichiometric calculations (using significant figures) involving: o Atomic mass, molecular mass, molar mass o Molar quantities of gases at STP, SATP o Molecular and empirical formulas to identify a substance Chemical Reactions Solution Chemistry Physical and chemical change The rearrangement of the atoms as bonds are broken and new bonds are formed Formula equations: o Balancing o Predicting products and reactants o Energy changes Stoichiometric calculations o Mass o Number of molecules o Gas volumes o Molar quantities o Excess and limiting reactants Practical applications, including local chemical processes Solubility of molecular and ionic compounds Dissociation of ions Polarity of water and other solvents Properties of solutions Solubility tables and predicting precipitates

4 Stoichiometric calculations involving: o Molarity o Concentration of ions in solution Analysis techniques Environmental impacts of non-metal oxide solutions Optional Content: Organic Chemistry Features and common applications of organic chemistry Bonds/forces in organic compounds Names, structures and geometry for simple organic compounds Common functional groups An organic synthesis Learning Plan: Students may engage in the following activities: Lecture and active listening combined with note taking - including chemistry theory and worked examples with a questions period for students Practice sessions students work through course material with assistance from the teacher and peers, includes textbook work and assignments Computer or research based projects Lab activities formal lab reports may be required Assessment: Assessment of student performance will include the following: Formative o Quizzes o Lab activities o Assignments Summative o Unit tests o Projects o Formal lab reports

5 Evaluation: Learning Activity Percentage of final Mark Term Assignments 80% (Quizzes, Lab Activities, Assignments, Unit Tests, Projects & Formal Lab Reports) School based Final Assessment 20% Total 100% Supplies: Scientific calculator Pens, pencils, paper, binder Textbook Resources: Book Hebden: Chemistry 11, A Workbook for Students Author James A Hebden