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Learning path · Secondary school

Secondary science foundations

Build a useful explanation at three different scales: an object changing motion, atoms in a reaction, and cells working together. Choose the unit that fits what you are studying.

3 units · 3 skills

Glassware and particle shapes introduce a path that connects measurements, matter, and living systems.

School context: Secondary school

Selected introductory secondary-school concepts. Local syllabuses differ; this focused path is not a complete science curriculum or a qualification.

What this path connects

  • Explain a change in motion using the net force.
  • Check a chemical equation by conserving each element’s atom count.
  • Connect biological structures across cell, tissue, organ, and system scales.

The learning sequence

See what each unit covers and open the skill you want to understand. The order gives you a route through the material.

  1. Unit 1

    Physics: forces and change

    Choose an object, draw the forces, and combine them. Connect the net force to acceleration and check a numerical example with directions and units.

  2. Unit 2

    Chemistry: account for every atom

    Read formulas and coefficients, balance a reaction without changing its substances, and verify the atom counts on both sides.

  3. Unit 3

    Biology: connect structure to function

    Use a cell diagram and an organ example to explain how smaller structures contribute to a larger function.

Make the path useful to you

Start with the topic you need

These units address different subjects; completing physics is not a prerequisite for the biology unit. Use the path as an introduction or a focused review alongside your course.

Review the relevant math when needed

Proportional reasoning supports the force-and-mass comparisons, and multiplication supports atom counting. Those refresher links appear on the relevant skills. The cells-and-systems unit does not require that numerical work.

Check the explanation as well as the result

Name the object, substance, or biological scale you are describing. Check a force direction, an atom count, or the connection between structures, and explain why that check supports your answer.

Get closer to the step that matters.

See how the AI Tutor we’re developing can fit around questions, explanations, and guided practice within a learning path.

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