Set
The paper and mark scheme
Question paper
Paper 1-style practice paper
100 marks · 1 h 45 min · 12 pages
10 multiple-choice questions and structured questions with answer lines. Chapters 1–10 at Higher: mitosis and stem cells, transport in cells with percentage-change maths, enzymes and rates, the heart and CHD treatments, immunity and drug trials, monoclonal antibodies, photosynthesis with the inverse square law, and respiration and metabolism.
Mark scheme
PROPaper 1-style practice paper — mark scheme
Answers · Marking points · 7 pages
Model answers with a mark for each creditworthy point — for marking at home or in class.
Coverage
Chapters in this paper
- 1Cells & cell division
- 2Transport in cells
- 3Enzymes & digestion
- 4Heart & blood
- 5Health & cancer
- 6Plant tissues & transport
- 7Disease & immunity
- 8mAbs & plant disease
- 9Photosynthesis
- 10Respiration
- 11Homeostasis & nerves
- 12Brain, eye & heat
- 13Hormones & glucose
- 14Reproduction & plants
- 15Reproduction & DNA
- 16Inheritance
- 17Evolution
- 18Ecosystems
How to use
Work through it like the real exam
- 1Print the paper, or open the PDF and write your answers on paper.
- 2Set a timer and work without notes — the real thing is timed and closed-book.
- 3Mark your work with the mark scheme, one marking point at a time, including M marks for method.
- 4Redo every question you lost marks on, then revise that chapter.
Preview
The opening questions
Section A: Multiple-choice questions[10 marks]
Choose one answer for each question. Each question is worth 1 mark.
- 1( )
Which statement about mitosis is correct?
- Athe chromosome number halves
- Btwo genetically identical diploid cells form
- Cfour genetically different cells form
- Dgametes are produced
- 2( )
A cell is 0.05 mm wide and its image is 7.5 mm wide. The magnification is
- A×15
- B×375
- C×0.007
- D×150
- 3( )
In the osmosis practical, percentage change in mass is calculated rather than change in grams because
- Athe cylinders start at different masses
- Bwater has no mass
- Cgrams are not SI units
- Dbalances measure in milligrams
- 4( )
Which organ makes all three types of digestive enzyme?
- Athe liver
- Bthe gall bladder
- Cthe pancreas
- Dthe large intestine
Revision
Before you sit the paper
- Revise every chapter this paper covers, using the free notes pages.
- Do the quick quiz on each chapter and note where you lose marks.
- Practise the topical questions with the mark schemes.
- Practise the required practicals: method, variables, controls and typical results are examined every year.
- Calculators are allowed on every biology paper — the maths is magnification, rates, percentage change, means and probabilities, so practise each chapter’s worked examples.
Tips
Exam tips
Method marks are real marks
- Write the equation first, then substitute — method marks are awarded for correct steps even with a slip in the arithmetic.
- Convert before you calculate: mm to µm, g to kg, minutes to seconds.
- Quote a sensible unit with every final answer, and give answers the accuracy asked for, typically 2 or 3 significant figures.
- In explain questions, name the biology (structure, process, hormone, organism) before describing the outcome.
- For 6-markers, plan two sides or a clear sequence, use the data given, and finish with a linked conclusion.
Questions
About the Paper 1-style (Higher)
Which chapters does this set cover?
Chapters 1–10 of the QuizQuip GCSE Biology course, with the Higher-only statements and harder calculations included: mitosis and stem cells, transport and percentage change, enzyme rates, circulation, CHD treatments, immunity and trials, monoclonal antibodies, and bioenergetics.
Is this a real exam paper?
No — it is an original QuizQuip practice set written in the style of a real Paper 1 at Higher tier. It is not an AQA, Pearson Edexcel or OCR past paper, and QuizQuip is not affiliated with or endorsed by any awarding body.
How is the Higher set different from the Foundation set?
The Higher set assumes the same chapters but adds the Higher-only material: magnification maths, percentage-change calculations, protein synthesis, drug trials, monoclonal antibodies, the inverse square law and evaluation questions that need balanced judgement.
How long should I spend on it?
About 105 minutes for 100 marks — a minute per mark, matching the real GCSE Biology Higher papers.
Where are the answers?
A full mark scheme with creditable points follows each question, and every multiple-choice option comes with an explanation.