GradeMap

Grade 7 Science

12 units matched to the Ontario Curriculum.

Overall expectations

Units

  1. Unit 1

    Ecosystems

    Biotic and abiotic parts of an ecosystem, how they interact, and the limiting factors and carrying capacity that decide how many organisms an ecosystem can support.

    Expectation: B2.1, B2.2, B2.7 · ecosystems, biotic and abiotic components, and limiting factors

  2. Unit 2

    Food Chains & Energy

    Producers, consumers and decomposers, food chains and webs, how energy shrinks as it passes up a chain (about 10% each step), and what happens when part of a chain changes.

    Expectation: B2.3, B2.4 · producers, consumers and decomposers; energy transfer in food chains

  3. Unit 3

    Cycles & Succession

    How water, carbon and nitrogen are cycled through ecosystems, why cycling supports sustainability, and the difference between primary and secondary succession.

    Expectation: B2.5, B2.6 · cycling of matter; primary and secondary succession

  4. Unit 4

    People & Ecosystems

    How agriculture, harvesting and technologies affect ecosystems, such as monoculture, overfishing, invasive species and runoff, and ways to protect and restore balance. Includes reading simple data about an environmental measure.

    Expectation: B1.1, B1.2, B2.8 · impacts of human activities and technologies on ecosystems, and ways to restore balance

  5. Unit 5

    Particles & Mixtures

    The particle theory of matter, the states of matter, pure substances versus mixtures, and homogeneous versus heterogeneous mixtures.

    Expectation: C2.1–C2.3 · particle theory, pure substances and mixtures, homogeneous and heterogeneous mixtures

  6. Unit 6

    Solutions & Separating

    Solutes, solvents and solubility, what makes things dissolve faster, saturated and unsaturated solutions, concentration, why water is called the universal solvent, ways to separate mixtures, and some environmental effects of industrial separation.

    Expectation: C1.2, C2.4–C2.7 · solubility, concentration, water as a solvent, and separating mixtures

  7. Unit 7

    Atoms & Elements

    Elements versus compounds and mixtures, chemical symbols (H, O, Na, Cl, Fe, Au…), counting atoms in formulas like H₂O and C₆H₁₂O₆, metals and non-metals, and the basics of the periodic table.

    Expectation: C2.8 · elements and compounds as atoms and combinations of atoms

  8. Unit 8

    Structures & Forces

    Solid, frame and shell structures, centre of gravity and stability, symmetry, and the size, direction and point of application of forces, including tension, compression, torsion and shear.

    Expectation: D2.1–D2.4 · classifying structures; centre of gravity; forces; symmetry

  9. Unit 9

    Safe Structures

    Why structures fail (overloading, fatigue, corrosion, freeze-thaw), choosing materials, how engineers assess and maintain safety, the engineering design process, and social, economic and environmental factors in design, including ergonomics.

    Expectation: D1.1, D1.2, D2.5–D2.7 · structure failure, materials, safety, design factors and ergonomics

  10. Unit 10

    Heat & Particles

    Heat as energy linked to particle motion, temperature, expansion and contraction, changes of state, and the ways heat is generated (friction, electricity, burning, chemical reactions and the Sun).

    Expectation: E2.1–E2.3 · heat and particle motion; heat generation; expansion and changes of state

  11. Unit 11

    Moving Heat

    How heat is transmitted by conduction, convection and radiation, how the Sun's radiation heats different surfaces, and technologies such as insulation and double-pane windows that reduce heat loss.

    Expectation: E1.1, E2.4–E2.6 · conduction, convection, radiation, and technologies that reduce heat loss

  12. Unit 12

    Changing Climate

    The greenhouse effect, evidence of climate change (real CO₂ measurements, glaciers, ice cores), human causes, actions that help, and the value of Indigenous knowledge of the land.

    Expectation: E1.2, E2.7, E2.8 · the greenhouse effect, greenhouse gas sources, and renewable and non-renewable energy

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