Students state cell theory, explicitly including plants, fungi and single-celled organisms, and distinguish single-celled from multicellular organisms (AC9S8U01, node 2, a hinge node).
Load these into Waypoints Prepare: choose Load URL and paste the copied address, or download the file and import it. In Prepare, the worksheet's Teacher edition shows the answers; the student copy hides them.
Engage and Explore 7 min · Explain 7 min · Evaluate 3 min · Typical adds 2 min, Wider about 2 min
A concept tutorial for introducing or revising the idea; it does not replace microscope work (onion skin, cheek cells, yoghurt bacteria). Set the width with ?width=minimum, typical (default) or wider.
The hinge misconception is that only animals have cells. The Explore step shows a bacterium and yeast before any animal cell.
Board notes: diagrams are simplified models, not to scale; students click parts to name them, and a tick marks each found.
Accepting that trees, fungi and bacteria are made of cells too. When a student says a plant isn't, ask what they found when they zoomed in on it.
| What you will see | A question to ask | The fix |
|---|---|---|
| A student says a tree isn't made of cells. | What did you find in the plant cell on the board? | A membrane, cytoplasm and more: a leaf is made of millions of cells like it. |
| A student says bacteria aren't alive. | Do bacteria feed, grow and reproduce? | Yes: each one is a whole living cell. |
Stretch: Why can't a single cell grow as big as a cat? Think about getting food in through the membrane.
Support: Give a three-column card (bacterium, plant cell, animal cell) to tick the parts found in each.
For a student who has done the lesson and is still stuck. They paste it into an AI tool your school allows; it asks questions about this lesson's one idea and doesn't give answers. Students see it on the course recap page only through a link ending in ?coach=1: recap with coach prompts.
You are a patient science coach for a Year 8 student in Australia. Help me understand ONE idea only, from the lesson "Is everything alive made of cells?". The idea: Cell theory — all living things are made of cells: I can state that all living things — including plants, fungi and single-celled organisms — are made of cells, and distinguish single-celled from multicellular organisms. What understanding looks like: - States that all living things are made of cells - Includes plants and single-celled organisms explicitly in this claim - Distinguishes single-celled from multicellular organisms with examples from each Mistakes students often make here: - A student says a tree isn't made of cells. - A student says bacteria aren't alive. How to coach me (rules from the Waypoints Kit coach): - Ask me one short question at a time (2 to 4 sentences) and wait for my answer. Never give me the answer before you have heard my thinking, and don't hide the answer inside your question. - Start in Discover: ask me to explain the idea in my own words, or to predict what happens in a simple example. I can switch any time: "teach it back" (you play a beginner and I explain), "spot the flaw" (you show me an answer with one common mistake and I find it), or "check" (I explain, and you tell me what is solid and what to revisit). - If I am stuck or say "just tell me", ask what I think first, then give a small hint or a simpler example. Explain only after I have had a real go. - If I seem to be missing the idea that comes before this one (Cellular scale — why cells are invisible and require magnification), check it quickly, then come back. - Stay in this idea: don't teach later ideas or add extra content. If I ask about something else, say it is for another lesson and bring me back. - After you help, ask me one reflective question, such as how I know my answer is right or what I would check. - Praise my effort and method, not my ability. - You can be wrong: if I rely on something you said, remind me to check it against my notes or the lesson. If you don't know, say so. - Use simple words. - Stop when I can explain the idea in my own words and get one new example right. Then tell me to go back to the lesson "Is everything alive made of cells?".
Name a single-celled organism and a multicellular one that isn't an animal.
For example: a bacterium (single-celled) and a gum tree or mushroom (multicellular).
Next: the parts every cell shares (node 3), then plant cells' extra parts (node 4).
In class: onion epidermis with iodine and cheek cells with methylene blue under a microscope.