“Students use science ideas to explain motion, forces, and changes in physical systems.”
How this handout aligns
The handout explicitly asks students to identify thrust, drag, weight, and buoyancy in a waka context. That turns force-and-motion ideas into visible explanation rather than hidden teacher talk.
Useful when kaiako want force ideas to stay connected to a real and culturally meaningful context.
“Students investigate how design decisions affect how objects move, balance, and perform.”
How this handout aligns
The design table helps students reason about hull shape, load, stability, and movement. This keeps the science linked to purposeful design choices rather than isolated definitions.
Strong when teachers want students to explain why one waka design might move differently from another.
“Students draw on identity, culture, and community knowledge when making sense of science ideas in local contexts.”
How this handout aligns
Using waka as the organising context positions the science inside voyaging knowledge and mātauranga Māori rather than leaving it culturally neutral and placeless.
Especially useful when the aim is to show that scientific ideas can be taught through culturally grounded design and navigation examples.
“Students communicate explanations using accurate vocabulary, reasoning, and evidence.”
How this handout aligns
The explanation frame and compare-and-justify task make scientific communication explicit. Students must use force language and apply it to a waka situation, not just choose an answer.
Useful for formative assessment where kaiako need visible scientific thinking, not only recall.