WACE Biology Practice Exams with Worked Solutions

The 20 practice exams inside the WACE Biology Mastery Pack, each set out like the real paper with a separate worked-solution guide. Open any paper to see what it covers.

1. Practice Exam 1210 marks · 39 questions · 3 sections
   • meiosis
   • pedigrees
   • PCR evidence
   • thermoregulation
   • malaria control
   See what this paper covers →
2. Practice Exam 2210 marks · 39 questions · 3 sections
   • DNA replication
   • sex linkage
   • phylogenies
   • osmoregulation
   • antibiotic resistance
   See what this paper covers →
3. Practice Exam 3210 marks · 39 questions · 3 sections
   • gene expression
   • co-dominance
   • transgenics
   • plant water balance
   • zoonoses
   See what this paper covers →
4. Practice Exam 4210 marks · 39 questions · 3 sections
   • mutation
   • polygenes
   • selection
   • negative feedback
   • influenza transmission
   See what this paper covers →
5. Practice Exam 5210 marks · 39 questions · 3 sections
   • fertilisation
   • multiple alleles
   • genetic drift
   • ectotherms
   • quarantine
   See what this paper covers →
6. Practice Exam 6210 marks · 39 questions · 3 sections
   • mitosis
   • pedigree probability
   • founder effect
   • endotherms
   • herd immunity
   See what this paper covers →
7. Practice Exam 7210 marks · 39 questions · 3 sections
   • translation
   • incomplete dominance
   • gene flow
   • nitrogenous wastes
   • fungal disease
   See what this paper covers →
8. Practice Exam 8210 marks · 39 questions · 3 sections
   • DNA profiling
   • recombinant DNA
   • speciation
   • halophytes
   • viral evolution
   See what this paper covers →
9. Practice Exam 9210 marks · 39 questions · 3 sections
   • chromosome mutation
   • Punnett modelling
   • artificial selection
   • xerophytes
   • vector climate
   See what this paper covers →
10. Practice Exam 10210 marks · 39 questions · 3 sections
    • coding DNA
    • inheritance inference
    • conservation gene pools
    • salt balance
    • disease modelling
    See what this paper covers →
11. Practice Exam 11210 marks · 39 questions · 3 sections
    • binary fission
    • genetic variation
    • microevolution
    • heat exchange
    • biosecurity
    See what this paper covers →
12. Practice Exam 12210 marks · 39 questions · 3 sections
    • semi-conservative replication
    • autosomal traits
    • molecular homology
    • feedback limits
    • pathogen invasion
    See what this paper covers →
13. Practice Exam 13210 marks · 39 questions · 3 sections
    • transcription
    • sex-linked pedigrees
    • gel electrophoresis
    • desert mammals
    • antivirals
    See what this paper covers →
14. Practice Exam 14210 marks · 39 questions · 3 sections
    • protein structure
    • allele frequencies
    • phylogenetic conflict
    • aquatic osmoregulation
    • waterborne disease
    See what this paper covers →
15. Practice Exam 15210 marks · 39 questions · 3 sections
    • mutagens
    • founder populations
    • extinction risk
    • plant gas exchange
    • herd threshold
    See what this paper covers →
16. Practice Exam 16210 marks · 39 questions · 3 sections
    • crossing over
    • independent assortment
    • natural selection
    • behavioural regulation
    • rapid pathogen change
    See what this paper covers →
17. Practice Exam 17210 marks · 39 questions · 3 sections
    • genotype and phenotype
    • family pedigrees
    • conservation biotechnology
    • renal adaptation
    • movement networks
    See what this paper covers →
18. Practice Exam 18210 marks · 39 questions · 3 sections
    • PCR controls
    • DNA profiles
    • reproductive isolation
    • counter-current exchange
    • quarantine trade-offs
    See what this paper covers →
19. Practice Exam 19210 marks · 39 questions · 3 sections
    • gene evidence
    • inheritance uncertainty
    • selection and drift
    • salt glands
    • resistance stewardship
    See what this paper covers →
20. Practice Exam 20210 marks · 39 questions · 3 sections
    • integrated inquiry
    • genetic continuity
    • evolutionary inference
    • homeostatic comparison
    • outbreak intervention
    See what this paper covers →