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Predicted paper
Edexcel A-Level Physics 2026 Predicted Practice Paper — Paper 2
A-Level Physics · Edexcel-style · 105 minutes · 90 marks
Modelled component: 9PH0/02 · Calculator permitted
9PH0/02 model: 90 marks, 105 minutes.
Prediction type: predicted_paper · Evidence mode: historical · Full-length original StudyVector predicted-practice paper modelled on public exam-board structure. It is not official, leaked or guaranteed.
Evidence basis: public exam-board specification structure, historical topic weighting patterns, StudyVector practice-quality review.
77
0–100 model (higher = more demanding)
- electric fields
- magnetic fields
- thermal energy
- nuclear physics
- oscillations
I completed a StudyVector A-Level Physics derived predicted-practice paper (2026) and scored 0/90. This is practice-only and not an official paper:
Section A
Multiple choice. Answer ALL questions.
Question SECTION-A1 (1 mark)
Which statement is most accurate for Further Mechanics & Thermal?
Question SECTION-A2 (1 mark)
Which statement is most accurate for Electric & Magnetic Fields?
Question SECTION-A3 (1 mark)
Which statement is most accurate for Nuclear & Particle Physics?
Question SECTION-A4 (1 mark)
Which statement is most accurate for Thermodynamics?
Question SECTION-A5 (1 mark)
Which statement is most accurate for Space?
Question SECTION-A6 (1 mark)
Which statement is most accurate for Further Mechanics & Thermal?
Question SECTION-A7 (1 mark)
Which statement is most accurate for Electric & Magnetic Fields?
Question SECTION-A8 (1 mark)
Which statement is most accurate for Nuclear & Particle Physics?
Question SECTION-A9 (1 mark)
Which statement is most accurate for Thermodynamics?
Question SECTION-A10 (1 mark)
Which statement is most accurate for Space?
Question SECTION-A11 (1 mark)
Which statement is most accurate for Further Mechanics & Thermal?
Question SECTION-A12 (1 mark)
Which statement is most accurate for Electric & Magnetic Fields?
Question SECTION-A13 (1 mark)
Which statement is most accurate for Nuclear & Particle Physics?
Question SECTION-A14 (1 mark)
Which statement is most accurate for Thermodynamics?
Question SECTION-A15 (1 mark)
Which statement is most accurate for Space?
Question SECTION-A16 (1 mark)
Which statement is most accurate for Further Mechanics & Thermal?
Question SECTION-A17 (1 mark)
Which statement is most accurate for Electric & Magnetic Fields?
Question SECTION-A18 (1 mark)
Which statement is most accurate for Nuclear & Particle Physics?
Question SECTION-A19 (1 mark)
Which statement is most accurate for Thermodynamics?
Question SECTION-A20 (1 mark)
Which statement is most accurate for Space?
Section B
Short-answer and structured questions. Answer ALL questions.
Question SECTION-B1 (3 marks)
A-Level A-Level Physics Further Mechanics & Thermal question. A student investigates further mechanics & thermal using a measured input value of 50 and a measured output value of 24. Describe the physics involved, complete any appropriate calculation, and explain how the reliability of the result could be improved.
Question SECTION-B2 (4 marks)
A-Level A-Level Physics Electric & Magnetic Fields question. A student investigates electric & magnetic fields using a measured input value of 52 and a measured output value of 25. Describe the physics involved, complete any appropriate calculation, and explain how the reliability of the result could be improved.
Question SECTION-B3 (5 marks)
A-Level A-Level Physics Nuclear & Particle Physics question. A student investigates nuclear & particle physics using a measured input value of 54 and a measured output value of 26. Describe the physics involved, complete any appropriate calculation, and explain how the reliability of the result could be improved.
Question SECTION-B4 (6 marks)
A-Level A-Level Physics Thermodynamics question. A student investigates thermodynamics using a measured input value of 56 and a measured output value of 27. Describe the physics involved, complete any appropriate calculation, and explain how the reliability of the result could be improved.
Question SECTION-B5 (7 marks)
A-Level A-Level Physics Space question. A student investigates space using a measured input value of 58 and a measured output value of 28. Describe the physics involved, complete any appropriate calculation, and explain how the reliability of the result could be improved.
Question SECTION-B6 (8 marks)
A-Level A-Level Physics Further Mechanics & Thermal question. A student investigates further mechanics & thermal using a measured input value of 60 and a measured output value of 29. Describe the physics involved, complete any appropriate calculation, and explain how the reliability of the result could be improved.
Question SECTION-B7 (9 marks)
A-Level A-Level Physics Electric & Magnetic Fields question. A student investigates electric & magnetic fields using a measured input value of 62 and a measured output value of 30. Describe the physics involved, complete any appropriate calculation, and explain how the reliability of the result could be improved.
Question SECTION-B8 (10 marks)
A-Level A-Level Physics Nuclear & Particle Physics question. A student investigates nuclear & particle physics using a measured input value of 64 and a measured output value of 31. Describe the physics involved, complete any appropriate calculation, and explain how the reliability of the result could be improved.
Section C
Extended writing. Answer ALL questions.
Question SECTION-C1 (6 marks)
A-Level A-Level Physics Thermodynamics question. A student investigates thermodynamics using a measured input value of 66 and a measured output value of 32. Describe the physics involved, complete any appropriate calculation, and explain how the reliability of the result could be improved.
Question SECTION-C2 (6 marks)
A-Level A-Level Physics Space question. A student investigates space using a measured input value of 68 and a measured output value of 33. Describe the physics involved, complete any appropriate calculation, and explain how the reliability of the result could be improved.
Question SECTION-C3 (6 marks)
A-Level A-Level Physics Further Mechanics & Thermal question. A student investigates further mechanics & thermal using a measured input value of 70 and a measured output value of 34. Describe the physics involved, complete any appropriate calculation, and explain how the reliability of the result could be improved.
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