This checkpoint tests Block D: Aboriginal and Torres Strait Islander knowledge of biodiversity, human evolution, investigation skills, evidence-based argumentation, and full-unit synthesis.
This final checkpoint assesses your ability to integrate genetics and evolution concepts, evaluate evidence, and understand human evolution in context.
Aboriginal and Torres Strait Islander Peoples' knowledge of biodiversity and classification.
Human evolution: shared ancestry with primates, fossil evidence, key trends.
Designing and conducting secondary-source investigations in genetics and evolution.
Evidence-based argumentation using claim-evidence-reasoning frameworks.
Full-unit synthesis and depth study preparation.
1. What is one way Aboriginal and Torres Strait Islander Peoples' knowledge contributes to scientific understanding of biodiversity?
2. Which statement about human evolution is correct?
3. Which trend is observed in the fossil record of human evolution?
4. What does it mean to say a scientific claim should be evidence-based?
5. A researcher finds that antibiotic-resistant bacteria are more common in hospitals than in natural environments. What is the most likely explanation?
6. Which of the following is an example of a claim-evidence-reasoning argument?
7. Why is the Out-of-Africa theory widely accepted for human origins?
8. What is the significance of Mungo Man in Australian archaeology?
9. A student is designing a secondary-source investigation about whether genetic modification should be used to save endangered species. What is the most important first step?
10. Which statement best synthesises the relationship between genetics and evolution?
11. Describe two key trends in human evolution and explain how the fossil record provides evidence for each trend. 4 MARKS
12. Explain how Aboriginal and Torres Strait Islander Peoples' knowledge of species and Country can inform modern scientific conservation efforts. Refer to at least one specific example. 4 MARKS
13. Using concepts from across the entire unit, explain how genetic technologies, natural selection and evidence-based reasoning are all connected in modern biology. Use at least two specific examples. 4 MARKS
Tick when you have finished all questions and reviewed your answers.