Free practice · 2022–2026
4,095 original past-paper questions and language tasks across 14 subjects. Choose a topic and read the original question right here, with its wording and diagrams intact. Rarity shows how often its question type was found in the last five exam years—not how difficult it is.
4,095 matching entries · showing 361–384. Mixed questions appear in every relevant topic filter, but are counted once.
Higher Biology
Paper 1 Multiple choice · Section 1
PDF page 3 · check any continuation
Cell division and stem cells
Distinguish cell processes and explain their biological roles.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 3 · check any continuation
Cell division and stem cells
Distinguish cell processes and explain their biological roles.
Published marking linked · general strategy, not a model answer
Higher Biology
Paper 1 Multiple choice · Section 1
PDF page 2 · check any continuation
DNA structure and replication · Mutations and genetic variation
Use base pairing, strand direction and enzyme roles as required.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 3 · check any continuation
Gene expression and protein synthesis
Follow the sequence from gene to protein with precise terminology.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 8 · check any continuation
Classification and domains of life
Use organism or molecular evidence to interpret classification.
Published marking linked · general strategy, not a model answer
Paper 2 · Section 2
PDF page 4 · check any continuation
Gene expression and protein synthesis · Mutations and genetic variation
Follow the sequence from gene to protein with precise terminology.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 2 · check any continuation
Gene expression and protein synthesis · DNA structure and replication
Follow the sequence from gene to protein with precise terminology.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 3 · check any continuation
DNA structure and replication · Mutations and genetic variation
Use base pairing, strand direction and enzyme roles as required.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 8 · check any continuation
Genetic engineering and genomics · DNA structure and replication
Explain the purpose and interpretation of genetic techniques.
Published marking linked · general strategy, not a model answer
Paper 2 · Section 2
PDF page 10 · follow the choice instructions
Gene expression and protein synthesis · Mutations and genetic variation
Follow the sequence from gene to protein with precise terminology.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 2 · check any continuation
DNA structure and replication
Use base pairing, strand direction and enzyme roles as required.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 2 · check any continuation
Genetic engineering and genomics · DNA structure and replication
Explain the purpose and interpretation of genetic techniques.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 7 · check any continuation
Classification and domains of life
Use organism or molecular evidence to interpret classification.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 10 · check any continuation
DNA structure and replication
Use base pairing, strand direction and enzyme roles as required.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 2 · check any continuation
Genetic engineering and genomics · Gene expression and protein synthesis · 1 more skills
Explain the purpose and interpretation of genetic techniques.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 2 · check any continuation
Mutations and genetic variation
Relate a genetic change to its possible protein or organism-level effect.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 4 · check any continuation
Classification and domains of life
Use organism or molecular evidence to interpret classification.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 7 · check any continuation
Genetic engineering and genomics · DNA structure and replication
Explain the purpose and interpretation of genetic techniques.
Published marking linked · general strategy, not a model answer
Paper 2 · Section 2
PDF page 4 · check any continuation
Gene expression and protein synthesis · Mutations and genetic variation
Follow the sequence from gene to protein with precise terminology.
Published marking linked · general strategy, not a model answer
Paper 2 · Section 2
PDF page 10 · follow the choice instructions
Gene expression and protein synthesis · DNA structure and replication
Follow the sequence from gene to protein with precise terminology.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 2 · check any continuation
DNA structure and replication
Use base pairing, strand direction and enzyme roles as required.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 4 · check any continuation
Mutations and genetic variation
Relate a genetic change to its possible protein or organism-level effect.
Published marking linked · general strategy, not a model answer
Paper 1 Multiple choice · Section 1
PDF page 10 · check any continuation
DNA structure and replication
Use base pairing, strand direction and enzyme roles as required.
Published marking linked · general strategy, not a model answer
Higher Biology
Paper 1 Multiple choice · Section 1
PDF page 3 · check any continuation
Food webs and energy transfer
Trace feeding relationships and account for energy losses.
Published marking linked · general strategy, not a model answer
4,095 numbered questions or named language tasks across 250 source PDFs in this subject/level selection. Repeated copies of the same extracted question are grouped once. 115 entries still need topic classification. Optional essay and text choices are included; these counts are not the number you must answer in an exam.
Question anchors and printed allocations are extracted from SHA-256-verified source PDFs. Optional alternatives are not added together. Applicable all-question paper totals are reconciled with the printed rubric; mismatches withhold automatic mark totals. A first written-answer marking row is never treated as a whole-question total. Exact marking pages require a section-matched table anchor or a wording- and digest-checked source pair. Topic headings are conservative rule matches and provisional, not independently reviewed or proof of current syllabus coverage. Original questions, diagrams, passages and official answers are not republished in this metadata index. Checked original question pages are rendered on demand in the website without rewriting their wording or diagrams. Scans, extraction gaps and uncertain marks remain visible rather than filled with invented content. Source audit: 2026-10-21. Question index: 2026-10-22. There were no ordinary exam sittings in 2020 or 2021. This is not a claim that every question has been independently checked or that scanned papers are fully indexed.
4 entries indexed; numbering or extraction still needs checking. Read the complete source for anything not listed.
The extracted allocations total 60, but the applicable printed total is 90. Automatic question totals are withheld for this source.