Teacher resources · Last updated: June 12, 2026

Grade 7 Report Card Comments (Ontario)

Grade 7 launches the Intermediate Division in Ontario — and with it, split reporting between History and Geography as distinct subjects. Growing Success (2010) comments must signal achievement level via some (Level 2), considerable (Level 3), or thorough / high degree of (Level 4), and ground every comment in a specific strength and one actionable next step. Grade 7 assessments span proportional reasoning and integers in Mathematics, pure substances and heat in Science, New France in History, and physical patterns of the Earth in Geography. Replace [Student] and adjust pronouns before using any sample.

Language

Language (Reading — Research) — Level 3
[Student] locates, evaluates, and synthesizes information from multiple sources with considerable effectiveness, distinguishing between credible and unreliable sources and acknowledging sources in his work. He identifies bias and perspective in non-fiction texts with growing independence. As a next step, [Student] is encouraged to paraphrase source material in his own words rather than lifting passages, building both his writing voice and his academic integrity habits.
Language (Writing — Research Report) — Level 4
[Student] produces research reports with a high degree of effectiveness, presenting a well-focused thesis, integrating evidence from diverse sources with thorough accuracy, and structuring her argument with sophisticated transitions between sections. Her editing demonstrates thorough command of grammar and punctuation conventions at the Grade 7 level. As a next step, [Student] is encouraged to develop a more developed counter-argument section to further strengthen the analytical rigour of her reports.
Language (Oral Communication — Debate) — Level 2
[Student] prepares debating points with some clarity and delivers his opening argument with some confidence. He is developing the ability to respond to opponents' arguments in the moment rather than returning to his prepared notes. As a next step, [Student] should practise active listening during debates — noting one opposing point and formulating a counter-response — to build his real-time argumentative flexibility.

Mathematics

Mathematics (Proportional Reasoning) — Level 3
[Student] solves percent problems, including percent increase and decrease, with considerable accuracy and connects unit rate and proportional reasoning to real-world contexts with considerable confidence. She explains her strategies clearly and chooses efficient methods for the task. As a next step, [Student] is encouraged to identify proportional and non-proportional relationships in graphs and tables, extending her proportional reasoning to a visual domain.
Mathematics (Integers) — Level 2
[Student] adds and subtracts integers using number lines and counters with some accuracy and is developing the conceptual understanding of why a negative minus a negative yields a positive result. As a next step, [Student] should connect integer operations to temperature and sea level contexts, which will make the abstract concept more concrete and support his transition to symbolic procedures.
Mathematics (Circles and Measurement) — Level 4
[Student] calculates circumference and area of circles with a high degree of accuracy, applying π fluently in both exact and approximate forms. She solves composite area problems involving circles and rectangles with thorough independence and precision. As a next step, [Student] is encouraged to investigate how the area formula for a circle can be derived by rearranging sectors, deepening her conceptual understanding beyond the formula.

Science and Technology

Science (Pure Substances and Mixtures) — Level 3
[Student] distinguishes between pure substances and mixtures — including solutions — with considerable accuracy, and designs separation procedures matched to the mixture's properties with considerable skill. His lab reports are organized and include quantitative data. As a next step, [Student] is encouraged to evaluate the environmental impact of the separation techniques he has studied and propose a more sustainable alternative for one of them.
Science (Heat in the Environment) — Level 2
[Student] identifies the three methods of heat transfer (conduction, convection, radiation) with some accuracy and can give a familiar example of each with teacher prompting. She is developing the ability to apply these concepts to explain real-world phenomena independently. As a next step, [Student] should create an annotated diagram of a home heating system, labelling each method of heat transfer to consolidate her understanding.

History

History (New France and British North America) — Level 3
[Student] analyses the causes and consequences of key events in New France and British North America with considerable historical thinking, using the concepts of continuity and change and cause and consequence appropriately. He evaluates primary source documents with growing critical skill and acknowledges multiple perspectives. As a next step, [Student] is encouraged to compare an Indigenous perspective on the period with a colonial one, assessing what each source reveals and conceals.

Geography

Geography (Physical Patterns in a Changing World) — Level 4
[Student] analyses the relationships between climate, vegetation, and landform patterns with a high degree of sophistication, using thematic maps and geographic data to support her conclusions with thorough precision. She independently connects physical geography patterns to human settlement and economic activity. As a next step, [Student] is encouraged to investigate how climate change is altering a specific physical region and present her findings using geographic data visualization tools.

Related guides: Ontario Report Card Comments (K–8 overview) · Learning Skills & Work Habits comments · Comments by grade (all grades)

Frequently asked questions

What do Grade 7 teachers assess in Mathematics?
Grade 7 Mathematics covers operations with integers and rational numbers, proportional reasoning (unit rates, percent problems), linear patterns and algebraic equations (one variable), measurement of circles (circumference, area), surface area of triangular prisms, and data management (central tendency, sampling). Comments should use level qualifiers and name the specific concept area (e.g., proportional reasoning, algebraic thinking, circle measurement).
How are History and Geography reported in Grade 7?
In Grade 7, History (New France and British North America, 1713–1800) and Geography (Physical Patterns in a Changing World) appear as separate subjects on the provincial report card. Each requires its own Growing Success comment. History comments should reflect inquiry skills and historical thinking concepts (cause and consequence, perspective, continuity and change); Geography comments should reflect spatial thinking, GIS/map skills, and physical geography concepts.
What Science units are taught in Grade 7?
Grade 7 Science and Technology includes Pure Substances and Mixtures (solutions, separating mixtures), Form and Function (structural adaptations in living things), Heat in the Environment (heat transfer, climate), and Interactions in the Environment (ecosystems, energy flow). Comments should address both content understanding and the skills of scientific investigation: observing, questioning, hypothesizing, experimenting, and communicating.