ATARMAxxing · Biology
VCE Biology Practice Exams with Worked Solutions
20 full-length papers · worked solutions for every question
The 20 practice exams inside the VCE Biology Mastery Pack, each set out like the real paper with a separate worked-solution guide. Open any paper to see what it covers.
- U3 AOS1: nucleic acids, gene expression, CRISPR molecular mechanism
- U3 AOS2: enzymes, biotechnology, gel electrophoresis, PCR
- U4 AOS1: innate and adaptive immunity, immunotherapy, CAR-T, autoimmunity
- U4 AOS2: genetic change, natural selection, speciation, evolutionary evidence
- U3 AOS2 – Photosynthesis, enzymes & cellular respiration
- U3 AOS1 – Nucleic acids, gene expression & biotechnology
- U4 AOS1 – Innate & adaptive immunity, immunotherapy
- U4 AOS2 – Genetic change, natural selection, speciation & evidence for evolution
- U3 AOS1: nucleic acids, protein synthesis, mutation
- U3 AOS2: enzyme inhibition, biotechnology (PCR, gel electrophoresis)
- U4 AOS1: innate and adaptive immunity, immune dysfunction
- U4 AOS2: natural selection, antibiotic resistance evolution, speciation
- U3 AOS1 gene expression & protein secretory pathway
- U3 AOS2 photosynthesis, cellular respiration & biotechnology
- U4 AOS1 innate and adaptive immunity & immunotherapy
- U4 AOS2 natural selection, speciation & evidence for evolution
- U3 AOS1 – nucleic acids, gene expression, protein structure
- U3 AOS2 – biotechnology, CRISPR, enzyme function
- U4 AOS1 – innate/adaptive immunity, immunotherapy, dysfunction
- U4 AOS2 – genetic change, natural selection, evidence for evolution
- U3 AOS1 nucleic acids, gene expression and regulation, protein secretory pathway
- U3 AOS2 photosynthesis (C3/C4), cellular respiration, enzymes, biotechnology (CRISPR)
- U4 AOS1 innate and adaptive immunity, cell signalling, immune dysfunction, vaccines
- U4 AOS2 genetic variation, natural selection, speciation, phylogenetics, molecular clocks
- U3 AOS1: nucleic acids, protein synthesis, gene expression
- U3 AOS2: photosynthesis, cellular respiration, biotechnology
- U4 AOS1: innate and adaptive immunity, dysfunction, immunotherapy
- U4 AOS2: natural selection, genetic change, speciation, evidence for evolution
- U3 AOS1: nucleic acids, gene expression, protein secretory pathway
- U3 AOS2: enzymes, cellular respiration, biotechnology (CRISPR, PCR)
- U4 AOS1: innate and adaptive immunity, vaccines, immunotherapy
- U4 AOS2: natural selection, mutation, evolution, phylogenetics
- U3 AOS1: nucleic acids, protein synthesis
- U3 AOS2: enzyme biotechnology, photosynthesis, cellular respiration
- U4 AOS1: innate and adaptive immunity, immunotherapy, immune dysfunction
- U4 AOS2: genetic change, natural selection, speciation, evidence for evolution
- U3 AOS1: nucleic acids, gene expression, protein secretory pathway
- U3 AOS2: enzymes, photosynthesis, cellular respiration, biotechnology
- U4 AOS1: innate and adaptive immunity, immune dysfunction, vaccines
- U4 AOS2: human evolution, phylogenetics, fossils, speciation, molecular clocks
- U3 AOS1: nucleic acids, gene expression, protein structure
- U3 AOS2: enzymes, cellular processes, biotechnology
- U4 AOS1: innate and adaptive immunity, autoimmune disease, immunotherapy
- U4 AOS2: genetic change, natural selection, speciation, evidence for evolution
- U3 AOS1 nucleic acids and protein synthesis
- U3 AOS2 photosynthesis, biotechnology and GMO crop transformation
- U4 AOS1 innate and adaptive immunity including immunotherapy
- U4 AOS2 natural selection, genetic change and evidence for evolution
- U3 AOS1: gene expression and protein secretory pathway
- U3 AOS2: enzyme kinetics and cellular respiration
- U4 AOS1: adaptive immunity and immune dysfunction (allergy/hypersensitivity focus)
- U4 AOS2: natural selection and molecular evidence for evolution
- U3 AOS1: nucleic acids, protein synthesis, DNA replication
- U3 AOS2: photosynthesis, cellular respiration, biotechnology
- U4 AOS1: innate and adaptive immunity, dysfunction, immunotherapy
- U4 AOS2: natural selection, genetic change, speciation, evidence for evolution
- U3 AOS1: gene expression, protein secretory pathway, gene regulation
- U3 AOS2: cellular respiration (anaerobic fermentation), enzymes, biotechnology (CRISPR, recombinant DNA, PCR, gel electrophoresis)
- U4 AOS1: innate and adaptive immunity, cell signalling, vaccines
- U4 AOS2: genetic variation, natural selection, speciation, molecular phylogenetics
- U3 AOS1: nucleic acids, protein synthesis, gene expression
- U3 AOS2: enzymes, cellular respiration, biotechnology (PCR/gel electrophoresis/CRISPR)
- U4 AOS1: innate and adaptive immunity, transplant rejection, immunosuppression, immunotherapy
- U4 AOS2: genetic change, natural selection, speciation, phylogenetic evidence
- molecular phylogenetics
- nucleic acids and proteins
- immunity
- natural selection and speciation
- U3 AOS1: nucleic acids and protein synthesis
- U3 AOS2: photosynthesis, cellular respiration, biotechnology
- U4 AOS1: innate and adaptive immunity, immunotherapy
- U4 AOS2: natural selection, speciation, evidence for evolution
- U4 AOS1 — immunity, vaccination, herd immunity, immunotherapy
- U4 AOS2 — natural selection, genetic change, speciation, evidence for evolution
- U3 AOS1 — nucleic acids, protein synthesis, gene expression
- U3 AOS2 — enzymes, photosynthesis, cellular respiration, biotechnology
- U3 AOS1: nucleic acids, gene expression, protein secretory pathway
- U3 AOS2: enzymes, photosynthesis, cellular respiration, biotechnology
- U4 AOS1: innate/adaptive immunity, immune dysfunction, immunotherapy, vaccines
- U4 AOS2: genetic variation, natural selection, speciation, human evolution
Included in the VCE Biology Mastery Pack
20 full-length practice exams with worked solutions, 20 revision notes, 64 practice questions and 200 flashcards.
Preview a sample note and question free on the VCE Biology hub →