Past Papers Transformed into Digital Exams

Official Cambridge IGCSE Mathematics Paper 22 Extended series digitized into full Computer-Based Testing with live grading and step solutions.

Extended structured paper featuring multi-tier applications: calculus intro, probability trees, histograms, and speed-time graphs.

Rigorous Pure 1 paper focusing on chain rule, coordinate geometry tangents, stationary points, and definite integration of circular curves.

Official digitized Cambridge IGCSE™ International Mathematics (0607/11) May/June 2024 Paper 1 (Core). Non-calculator timed examination featuring 23 digitized questions with interactive SVG diagrams, step mark schemes, and official Cambridge grade boundaries.

Official digitized Cambridge IGCSE™ International Mathematics (0607/11) May/June 2024 Paper 1 (Core). Rapid 45-minute Non-Calculator examination comprising 23 focused questions, interactive and precision SVG diagrams (Venn diagrams, parallel line geometry, coordinate grid plotting, walker grid routes, 3D triangular prism, and right-angled triangle Pythagoras), complete mark scheme with method/accuracy marks, official examiner guidance, and Cambridge June 2024 Core grade thresholds.

Official digitized Cambridge IGCSE™ International Mathematics (0607/21) May/June 2024 Paper 2 (Extended). Timed non-calculator examination featuring 18 high-rigor questions, precision SVG diagrams, step mark schemes, and official Cambridge Extended grade boundaries.

Official digitized Cambridge IGCSE™ International Mathematics (0607/31) May/June 2024 Paper 3 (Core). Comprehensive 1 hour 45 minute Graphic Display Calculator (GDC) examination featuring 14 full multipart questions, precision SVG diagrams (cumulative frequency curves, scatter plots with lines of best fit, transformations, circle theorems, and probability trees), step mark schemes, and official Cambridge Core grade boundaries.

Official digitized Cambridge IGCSE™ International Mathematics (0607/41) May/June 2024 Paper 4 (Extended). High-rigor 2 hour 15 minute Graphic Display Calculator (GDC) examination featuring 11 multipart questions, precision SVG diagrams (cumulative frequency curves, coordinate transformations, circle tangents, absolute value functions, trigonometry sectors, and frustum geometry), complete step mark schemes, and official Cambridge Extended grade boundaries.

Official digitized Cambridge IGCSE™ Physics (0625/11) May/June 2025 Paper 1 Multiple Choice (Core). 45-minute timed examination featuring 40 multiple-choice questions with interactive SVG apparatus diagrams, step-by-step physical derivations, formula hints, and official Cambridge Core grade boundaries (C to G).

Official digitized Cambridge IGCSE™ Physics (0625/21) May/June 2025 Paper 2 Multiple Choice (Extended). 45-minute timed examination featuring 40 multiple-choice questions with interactive SVG apparatus diagrams (racing car speed-time curve, aircraft 4-force vector balance, spring balance metal blocks, blocks in rotational and translational equilibrium, narrow vs wide wheel ground pressure, thermal radiation emission/absorption, floating cork wave oscillation, 90° corner reflector mirrors, bracelet repelling magnets, potential divider switch circuit, diode/LED forward biasing, and electromagnetic induction in magnetic field), detailed physical derivations, formula hints, examiner tips, and official Cambridge Extended grade boundaries (A* to G).

Official digitized Cambridge IGCSE™ Physics (0625/31) May/June 2025 Paper 3 Theory (Core). 1 hour 15 minutes (80 marks) comprehensive structured examination covering speed–time kinematics and distance calculations, pendulum oscillations and time period, see-saw moments equilibrium, electric motor work done and hydroelectric energy transfers, thermal radiation absorption and conductivity comparison, light refraction and converging lens ray optics, transverse wave displacement-time parameters and electromagnetic spectrum calculations, series electrical circuit Ohm's law, Wi-Fi router power, cost, transformer step-down and fuse protection, nuclide notation and half-life decay, and space physics with gravitational orbital forces and redshift evidence for the expanding Universe.

Official digitized Cambridge IGCSE™ Physics (0625/41) May/June 2025 Paper 4 Theory (Extended). 1 hour 15 minutes (80 marks) comprehensive examination covering train speed–time kinematics and distance integration, vector quantities, resultant forces & moments equilibrium experiment with metre ruler, skateboard half-pipe gravitational/kinetic energy conservation & impact force rate of momentum, convection air currents & fuse sizing, soap film light refraction Snell's law & red light wave frequency, magnetic window cleaner field lines & pole polarity, diode IV characteristics & parallel electric heater circuit calculations, simple a.c. generator slip rings & sinusoidal induced e.m.f. waveform, step-up transformers, Strontium-90 beta decay & Yttrium half-life graph determination, and planetary orbital velocities with gravitational field strength of Jupiter and Earth.

Official digitized Cambridge IGCSE™ Physics (0625/61) May/June 2025 Paper 6 Alternative to Practical. 1 hour (40 marks) interactive laboratory examination covering spherical ball diameter measurement using wooden blocks & digital balance density determination, beaker cooling curve graph plotting with cold water addition & thermal insulation precautions, plane mirror ray-trace investigation with normal NL, incident/reflected angles & optical pin alignment techniques, and a full 7-mark experimental planning investigation on the relationship between wire diameter and electrical resistance.

Official digitized Cambridge IGCSE™ Physics (0625/11) May/June 2024 Paper 1 Multiple Choice (Core). Timed 45-minute examination featuring 40 questions with precision SVG diagrams (metre ruler measurement, Hooke's law spring extensions, liquid density balance, centre of gravity apparatus, submarine hydrostatic pressure, Brownian motion smoke cell, gas piston, wave parameters, diffraction wavefronts, total internal reflection, bar magnet magnetic field lines, circuit switches, electromagnetic induction coil, and planetary orbit distances), step explanations, examiner tips, and Cambridge Core grade thresholds.

Official digitized Cambridge IGCSE™ Physics (0625/21) May/June 2024 Paper 2 Multiple Choice (Extended). 45-minute timed exam with 40 questions featuring precision SVG diagrams (forces in equilibrium, Boyle's law p-V curve, total internal reflection in optical fibres, Snell's law refraction, magnetic field gradient, ammeter-voltmeter circuit configuration, diode rectification under ramp voltage, solenoid internal/external magnetic fields, and current-carrying wire in magnetic field), comprehensive solutions, examiner tips, and Cambridge Extended grade boundaries (A* to G).

Official digitized Cambridge IGCSE™ Physics (0625/31) May/June 2024 Paper 3 Theory (Core). 1 hour 15 minutes (80 marks) comprehensive structured examination covering speed–time kinematics, displacement volume measurement, resultant forces and steering moments, renewable hydroelectric generation, gas kinetic particle behavior, thermal conduction and infrared waves, reflection and converging lens optics, electromagnetism and transformers, nuclear decay of strontium-90, and astrophysics with redshift evidence for the Big Bang.

Official digitized Cambridge IGCSE™ Physics (0625/41) May/June 2024 Paper 4 Theory (Extended). 1 hour 15 minutes (80 marks) rigorous structured examination covering terminal velocity & viscous drag in oil, conservation of linear momentum with colliding/expanding trolleys, thermal conduction & convection currents with floating ice, converging lens optics & vision correction, seismic P-wave wave mechanics, electrostatic radial fields & discharge currents, multi-cell e.m.f. series circuits & variable resistance curves, thallium-208 beta-decay with Fleming's left-hand rule magnetic deflection, and solar astrophysics with stellar formation & hydrostatic equilibrium.

Official digitized Cambridge IGCSE™ Physics (0625/61) May/June 2024 Paper 6 Alternative to Practical. 1 hour (40 marks) interactive digital examination featuring laboratory spring extension measurements and Hooke's law graph plotting (gradient & spring constant k determination), resistance wire potential divider circuit analysis with analog voltmeter & ammeter dials, optical bench focal length determination with triangular illuminated object and screen positioning techniques, and a full 7-mark experimental planning investigation on cantilever bending of composite wooden strips under load.

Official digitized Cambridge IGCSE™ Chemistry (0620/41) May/June 2024 Paper 4 Theory (Extended). 1 hour 15 minutes, 80 marks examination featuring chemical industrial processes, atomic structure & isotopes, bonding & structure comparison (sodium fluoride vs fluorine), reversible gas equilibrium kinetics, precipitation of lead(II) bromide & water of crystallisation calculation, blast furnace iron extraction & galvanising sacrificial protection, and organic empirical/molecular formula deduction, cracking, isomers & but-2-ene polymerization.

Official digitized Cambridge IGCSE™ Chemistry (0620/31) May/June 2024 Paper 3 Theory (Core). 1 hour 15 minutes (80 marks) comprehensive structured theory examination covering chemical structures & bonding, human body element analysis, alkali metal trends, aluminium electrolysis extraction, organic displayed formulae & chromatography, atomic structure of carbon-14, rate of sulfur oxidation & kinetics, metal reactivity series & rust prevention, and hydrocarbon homologous series with full Cambridge mark schemes.

Official Cambridge IGCSE Chemistry (0620/21) Paper 2 Multiple Choice (Extended) examination held in May/June 2024, digitized into interactive CBT mode with step-by-step mark schemes, authentic diagrams, and complete Periodic Table reference.

Official Cambridge IGCSE Chemistry (0620/11) Paper 1 Multiple Choice (Core) examination held in May/June 2024, digitized into interactive CBT mode with step-by-step mark schemes and Periodic Table reference.

Official digitized Cambridge IGCSE™ First Language English (0500/01) Specimen Paper 1 Reading (for examination from 2027). 2 hours, 80 marks examination with full specimen reading insert: Text A (Horses – evolution from Eohippus, Botai domestication, and Bronze Age spoked wheels), Text B (A very special foal – Takhi wild horse cloning, Ollie & Kurt, genetic diversity vs criticism), and Text C (Riding across America – Annie Wilkins and Hero riding 5000 km from Maine to LA, media frenzy, and TV interview with Marty Green). Features short comprehension, 120-word summary, language analysis, and 250–300 word directed writing interview.

Official digitized Cambridge IGCSE™ First Language English (0500/02) Specimen Paper 2 Directed Writing and Composition (for examination from 2027). 2 hours, 80 marks examination featuring the official Specimen Reading Insert (Text A: Teamwork & Text B: Competition), Section A Directed Writing (Question 1(a) 5-mark evaluation of Jaz Gupta’s attitude to work + Question 1(b) 35-mark workplace advice article for young people), and Section B Composition (Choice of Descriptive: Question 2 Street Past and Present, Question 3 Long-Broken Object; Narrative: Question 4 ‘If only I had realised...’, Question 5 ‘The ball’). Includes full Cambridge mark schemes and Grade 9 / A* exemplar model answers.

Official digitized Cambridge IGCSE™ First Language English (0500/11) May/June 2024 Paper 1 Reading. 2 hours, 80 marks examination with full reading inserts: Text A (Unusual modes of travel: Coco Taxi, Monte Toboggan, DUKW), Text B (The Hyperloop high-speed transport system), and Text C (Riding the rails: learning how to drive a dog-sled in Eagle, Alaska by Lyn Marshall). Features short comprehension, 120-word summary, language analysis, and 250-350 word formal report from guide Mike with official Cambridge marking criteria.

Official Cambridge IGCSE First Language English (0500/21) May/June 2024 Paper 2 Directed Writing and Composition with Text A and Text B food waste insert, Section A Directed Writing article task (40 marks), and Section B Composition descriptive and narrative prompts (40 marks).

Official digitized Cambridge International AS & A Level Literature in English (9695/11) May/June 2024 Paper 1 Drama and Poetry. 2 hours, 50 marks (Section A Drama: Shakespeare, Webster, Errol John, Tennessee Williams; Section B Poetry: Blake, Kipling, Angelou, Armitage, Songs of Ourselves). Includes full textual extracts, interactive reading insert, step-by-step essay planning scaffolds, Cambridge Level 1–6 mark schemes, and Grade A* / Level 6 exemplar essays.

Official digitized Cambridge International AS & A Level Literature in English (9695/21) May/June 2024 Paper 2 Prose and Unseen. 2 hours, 50 marks examination featuring Section A Prose (Kiran Desai: The Inheritance of Loss, Ian McEwan: Atonement, Stories of Ourselves Vol 1: To Da-duh, in Memoriam, Mark Twain: Adventures of Huckleberry Finn) and Section B Unseen (Unseen Prose: The Life of a Servant in Delhi; Unseen Poetry: Sea Reading by H M). Includes complete texts and extracts, essay planning scaffolds, Cambridge Level 1–6 mark schemes, and Grade A* exemplar model essays.

Official digitized Cambridge International AS & A Level Literature in English (9695/31) May/June 2024 Paper 3 Shakespeare and Drama. 2 hours, 50 marks examination featuring Section A Shakespeare (William Shakespeare: Hamlet, The Merchant of Venice) and Section B Drama (Athol Fugard: The Train Driver and Other Plays, Eugene O’Neill: Long Day’s Journey Into Night, Shelagh Stephenson: An Experiment with an Air Pump). Includes complete dramatic extracts, line numbers, stage directions, step-by-step essay planning scaffolds, Cambridge Level 1–6 mark schemes, and Grade A* / Level 6 exemplar model essays.

Official digital reproduction of AP Calculus BC Section I Part A (No Calculator). Master Taylor polynomials, improper integrals, and polar area under real timer conditions.

Authentic conceptual and calculation questions emphasizing free-body diagrams, conservation of mechanical energy, and rotational inertia.

Time Zone 2 non-calculator examination covering complex roots of unity, mathematical induction, and integration by parts.