Animals | Project Based Learning
Students will investigate how animals move and use physical forces in their environment, then create a simple model or presentation explaining one animal's movement using physics ideas such as force, friction, gravity, and balance. The lesson uses project-based learning to help students connect physics to real animal behavior.
| Term | Definition |
|---|---|
| Force | A push or pull that can change how something moves. |
| Friction | A force that slows movement when two surfaces rub against each other. |
| Gravity | The force that pulls objects toward Earth. |
| Balance | The ability to stay steady without falling over. |
| Motion | The way something moves from one place to another. |
| Adaptation | A body part or feature that helps an animal survive and move in its environment. |
Show short videos or images of animals such as a cheetah, fish, bird, frog, and snake. Ask: How does this animal move? What forces might be involved?
Observe quietly, share ideas with a partner, and name any movement patterns they notice.
Introduce force, friction, gravity, and balance using simple examples. Connect each idea to animal movement with quick demonstrations or sketches.
Take notes, ask questions, and complete a quick matching activity with vocabulary and examples.
Explain the project: each group will choose one animal and create a poster, model, or short presentation showing how physics helps the animal move. Review success criteria and timeline.
Form groups, choose an animal, and complete a planning sheet with the animal, movement, physics idea, and project format.
Support groups as they research the animal's movement and begin building or drafting their project. Ask guiding questions and provide resources.
Research the animal, gather facts, sketch ideas, and create the project using evidence and clear labels.
Circulate to check understanding, give feedback, and help groups improve explanations or design.
Revise work, practice speaking about the physics connection, and prepare for presentation.
Invite each group to give a brief presentation. Use a checklist to assess understanding and encourage respectful feedback.
Present their project, listen to others, and give one positive comment or question to another group.
Ask students to write one physics idea they learned and one example from an animal.
Complete a short exit ticket before leaving.
Review the big idea that animals move using forces and adaptations that help them survive. Highlight a few strong examples from presentations and connect them back to force, friction, gravity, and balance.
Formative assessment will include observation during group work, planning sheet review, questioning, and exit ticket responses. Summative assessment will be based on the group project using a rubric that checks accuracy of physics concepts, clear explanation, teamwork, and presentation quality.
Choose one animal not used in class and write 5-6 sentences explaining how it moves and which physics ideas help it move. Draw a labeled picture if helpful.