Year 6 Chemistry — May Lesson Plan
| Week | 1 Day/Week | 2 Day/Week | 3 Day/Week | 4 Day/Week |
|---|---|---|---|---|
| May 3rd week (Chemistry) | — | — | — | — |
| May 4th week (Chemistry) | — | — | — | — |
The chemical sciences unit from our Year 6 Australian Curriculum (v9.0) science lesson plan: reversible and irreversible changes. Week-by-week lessons for 1, 2, 3 or 4 lessons a week, showing when each pace covers this unit; a dash means that pace is on a different science unit that week. For the full year, see the Year 6 Science lesson plan.
Choose a term, then compare a lighter weekly plan with a more intensive schedule.
| Week | 1 Day/Week | 2 Day/Week | 3 Day/Week | 4 Day/Week |
|---|---|---|---|---|
| May 3rd week (Chemistry) | — | — | — | — |
| May 4th week (Chemistry) | — | — | — | — |
| Week | 1 Day/Week | 2 Day/Week | 3 Day/Week | 4 Day/Week |
|---|---|---|---|---|
| June 1st week (Chemistry) | — | — | — | — |
| June 2nd week (Chemistry) | — | — | — | What Is a Change to a Substance? 1. Recognising that substances can change 2. Introducing the idea of reversible vs irreversible change |
| June 3rd week (Chemistry) | — | — | — | Reversible Changes — Changes of State 1. Melting and freezing as reversible changes 2. Evaporating and condensing as reversible changes 3. Practice: identifying real examples of reversible changes of state Reversible Changes — Dissolving 1. What dissolving is (a solute mixing into a solvent) |
| June 4th week (Chemistry) | — | — | — | Reversible Changes — Dissolving 1. Why dissolving is reversible (e.g. evaporating the solvent leaves the solute behind) 2. Practice: an experiment investigating dissolving and how to reverse it Irreversible Changes — Cooking 1. Why cooking is an irreversible change (new substances are produced) 2. Real examples of cooking as an irreversible change |
| Week | 1 Day/Week | 2 Day/Week | 3 Day/Week | 4 Day/Week |
|---|---|---|---|---|
| July 1st week (Chemistry) | — | — | — | Irreversible Changes — Cooking 1. Practice: identifying the new substance(s) formed when a food is cooked Irreversible Changes — Rusting 1. Why rusting is an irreversible change (a new substance, rust, is formed) 2. What conditions cause rusting (e.g. presence of water and oxygen) 3. Practice: an experiment investigating conditions that speed up or slow down rusting |
| July 2nd week (Chemistry) | — | — | — | Other Irreversible Changes 1. Burning as an irreversible change 2. Other real examples of irreversible changes (e.g. mixing certain chemicals, baking) 3. Practice: sorting a list of changes into reversible or irreversible Classifying & Comparing Changes 1. Criteria used to decide if a change is reversible or irreversible (can the original substance be recovered?) |
Each session moves from a clear focus to guided practice and a quick check for understanding.
10 minutes
Start with an everyday question about the week’s topic that links to what your child already knows.
25 minutes
Explain the idea with pictures and simple models, then observe, test or record a small investigation together.
10 minutes
Finish with a short quiz or explain-it-back task that shows what is secure and what to revisit.
Clear, visual lessons on each Australian Curriculum chemistry topic.
Short questions and checks matched to each week’s focus.
Investigation, observation and recording skills built into each unit.
A clear record of what your child has mastered and what comes next.
Tell us how your child is getting on with science at school and we will shape the first lesson around the chemistry topics they find hardest.