Year 4 Physics — May Lesson Plan
| Week | 1 Day/Week | 2 Day/Week | 3 Day/Week | 4 Day/Week |
|---|---|---|---|---|
| May 3rd week (Physics) | — | — | — | — |
| May 4th week (Physics) | — | — | — | — |
The physical sciences unit from our Year 4 Australian Curriculum (v9.0) science lesson plan: forces. 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 4 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 (Physics) | — | — | — | — |
| May 4th week (Physics) | — | — | — | — |
| Week | 1 Day/Week | 2 Day/Week | 3 Day/Week | 4 Day/Week |
|---|---|---|---|---|
| June 1st week (Physics) | — | — | — | — |
| June 2nd week (Physics) | — | — | — | What Is a Force? 1. Forces as pushes and pulls exerted by one object on another 2. Contact forces vs non-contact forces 3. Practice: identifying forces in a real everyday scenario Friction 1. What friction is (a force that resists motion between surfaces) |
| June 3rd week (Physics) | — | — | — | Friction 1. Practice: an experiment investigating the force needed to pull an object across different surfaces Gravity 1. What gravitational force is (pulls objects toward Earth) 2. How an object's mass relates to the force needed to move it 3. Practice: an experiment exploring gravity's effect on falling or rolling objects |
| June 4th week (Physics) | — | — | — | Magnetism 1. What magnetic force is 2. Practice: an experiment measuring magnetic strength (e.g. how far apart a magnet and magnetic material can be before the force is too weak) Buoyancy 1. What buoyancy is (an upward force from a liquid) 2. Practice: an experiment testing how different raft/boat shapes affect buoyancy (how much weight they can hold before sinking) |
| Week | 1 Day/Week | 2 Day/Week | 3 Day/Week | 4 Day/Week |
|---|---|---|---|---|
| July 1st week (Physics) | — | — | — | Comparing Forces 1. Comparing friction, gravity, magnetism and buoyancy directly 2. Practice: identifying which force is most relevant in a given real scenario 3. Practice: predicting which force(s) would be most relevant in 3 different real scenarios Designing an Accessibility Vehicle — Planning 1. Understanding the engineering challenge: designing/improving a vehicle that can traverse diverse terrains and weather conditions |
| July 2nd week (Physics) | — | — | — | Designing an Accessibility Vehicle — Planning 1. Planning how the vehicle will need to work with (or against) friction, gravity, magnetism and/or buoyancy Designing an Accessibility Vehicle — Building & Testing 1. Building the vehicle design 2. Testing the vehicle and evaluating how well it performed against the forces it needed to overcome Investigating Forces 1. Developing an investigable question about a force's effect on motion |
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 physics 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 physics topics they find hardest.