Ontario Ministry-Inspected Private School BSID 882882 Markham, Ontario
Canada Nord Academy

Ontario high school · Online learning

SCH3UChemistry

Course Description

Chemistry 11 - SCH3U course enables students to deepen their understanding of chemistry through the study of the properties of chemicals and chemical bonds; chemical reactions and quantitative relationships in those reactions; solutions and solubility; and atmospheric chemistry and the behaviour of gases. Students will further develop their analytical skills and investigate the qualitative and quantitative properties of matter, as well as the impact of some common chemical reactions on society and the environment.

Unit OrderUnit NameSuggested Time
Unit 1Matter, Periodic Trends, and Chemical Bonding20 hrs
Unit 2Chemical Reactions17 hrs
Unit 3Quantities in Chemical Reactions20 hrs
Unit 4Solutions and Solubility21 hrs
Unit 5Gases & Atmospheric Chemistry22 hrs
FinalFinal Exam10 hrs
Total110 hrs

Unit Description

Unit 1 — Matter, Periodic Trends, and Chemical Bonding

Students will develop an understanding of the structure of an element that allows us to predict its physical and chemical properties. They will investigate the physical and chemical properties of compounds based on the type of chemical bond formed. The appropriate use of chemicals will be examined in order to minimize the risks to human health and the environment.

Unit 2 — Chemical Reactions

In this unit, students will discover how to predict products of chemical reactions. Students will apply their knowledge and perform simulated laboratory experiments with the goal of producing a specific substance. Students will apply their understanding in analyzing Green Chemistry applications in industry and everyday life.

Unit 3 — Quantities in Chemical Reactions

In this unit, students will learn that chemistry deals with quantities of matter, measured in units of the gram or the litre or the “chemist’s dozen” – the mole. Stoichiometry is the chemist’s method of calculating quantities of matter needed for chemical reactions. Students will design and perform several simulated labs, each increasing in complexity leading up to a culminating activity in which they will design a lab to produce a specific amount of product.

Unit 4 — Solutions and Solubility

In this unit, students will gain the knowledge base to explain why water is such a good solvent. Water is one of the most remarkable chemical substances. One of its most important properties is its ability to dissolve other substances to form aqueous solutions. Calculating the exact concentrations of solutions such as acids and bases is of critical importance to many healthcare professionals. Students will develop the skills to determine the concentration of a solution and its potential effect on the environment or the human body.

Unit 5 — Gases & Atmospheric Chemistry

In this unit, students will study gases to see how a theory of submicroscopic molecules can be used to explain macroscopic experimental observations. This understanding will be built through analysis of lab demonstrations and individual problem-solving tasks. Stoichiometry problems use the concept of the mole to compare quantities of substances in chemical equations – such quantities may include volumes of gases at various conditions of temperature and pressure. Through calculations and research, students will be able to explain the safety concerns involved with compressed gases and analyze applications related to atmospheric chemistry.

Teaching and Learning Strategies

A variety of teaching and learning strategies are used to allow students many opportunities to attain the necessary skills for success in this course and in future studies. In all activities, consideration will be taken to ensure that individual student’s multiple intelligences and learning strengths are addressed through the use of varied and multiple activities in each lesson.

Examples of some of the activities included in a course are in the chart below.

Online Learning ActivitiesOffline Learning Activities
Watching instructional videosReading materials for course
Engaging in discussions with peers on the discussion forums (one per unit)Studying instructional material
Completing online timed assignmentsPracticing skills
Completing online timed testsCompleting assignments
Completing inquiry and research activitiesPreparing presentations
Practicing through online quizzesReviewing for tests and exams

Assessment and Evaluation

Per the guidelines outlined in Growing Success (2010), the core objective of student assessment and evaluation is to enhance and advance student learning.

As an essential component of assessment, teachers deliver specific, descriptive feedback to students to support and direct their ongoing learning progress. In contrast, evaluation involves measuring student work quality against established provincial criteria and assigning a final rating that accurately reflects overall academic performance. While instruction covers all curriculum expectations, formal evaluation focuses specifically on students’ mastery of overarching course expectations.

Student academic performance is evaluated based on defined curriculum-specific expectations. Educators exercise professional judgment to select which individual curriculum expectations will be used to assess mastery of overall course standards. Additional expectations may be integrated into daily instruction and formative assessment but not counted toward formal evaluative grading. To guarantee valid, equitable, and consistent assessment and evaluation practices, teachers adhere to a set of standardized strategies that meet the following criteria:

  • Evaluate both the content students have learned and their overall level of proficiency
  • Align strictly with the standardized achievement level descriptions outlined in the provincial achievement chart
  • Incorporate diverse, ongoing assessment methods administered across the entire course timeline, providing students with multiple opportunities to demonstrate their full range of learning outcomes
  • Match the design of learning activities, instructional goals, and students’ unique backgrounds, experiences, and learning requirements
  • Uphold equity and fairness for all student learners
  • Supply students with clear, actionable guidance for academic improvement
  • Include authentic student work samples as formal evidence of academic achievement

The provincial achievement chart divides student knowledge and skills into four core evaluative categories:

  • Knowledge and Understanding
  • Critical Thinking
  • Communication
  • Application

Teachers conduct balanced assessment and evaluation across all four categories throughout the course. Students earn course credit and a final recorded grade if their overall course mark is 50% or higher. The final course grade is calculated based on the following weighted breakdown:

75% Term Work and Attendance: Seventy percent of the final grade is derived from ongoing formative and summative evaluations completed during the course. This weighting reflects students’ consistent academic performance over time, with appropriate priority given to recent demonstration of learning growth and mastery.

25% Final Evaluation: Thirty percent of the final grade is determined by a comprehensive final assessment administered near the conclusion of the course.

Special Accommodations

Special Education Support

Teachers are responsible for supporting all students with special education needs. They should work collaboratively with special education staff and use assessment data to create Individual Education Plans (IEPs). The planning process involves determining if a student requires accommodations only, modified expectations, or alternative expectations. The goal is to provide the necessary support to maximize a student's success, with accommodations being the first option considered.

English Language Learner Support

English language learners (ELLs) bring a rich diversity of backgrounds and experiences to the classroom. Teachers create an inclusive and supportive environment by adapting their instruction to meet varying levels of English proficiency. This can involve modifying expectations, using visual aids and first-language support, and incorporating culturally relevant resources. It's important to recognize that some students may need continued instructional support even after receiving formal ESL services.

Reference & Resources

  • Science, The Ontario Curriculum, Grades 11 and 12, 2008 (Revised) http://www.edu.gov.on.ca/eng/curriculum/secondary/2009science11_12.pdf
  • Chemistry 11, Nelson Education Ltd., 2012.
CAD $ 499.00Canadian Student Price
I’m Nordy!Your study buddy.