Cambridge IGCSE Physics (0625) Past Papers

The Cambridge IGCSE Physics 0625 May/June 2026 series presents a balanced assessment across fundamental mechanics, thermal properties, optics, electromagnetism, and astrophysics. Practical components emphasize rigorous experimental procedure, error justification, and graph analysis.

The May/June 2026 examination series for Cambridge IGCSE Physics (0625) presents a balanced assessment across all core and extended components. Paper 42 and Paper 22 feature an increased emphasis on multi-step mechanics, thermal particle explanations, electrical circuitry calculations, and astrophysics formulas (such as orbital speeds and Hubble's law). Practical components (Papers 52/62) highlight precise density determination methods, thermal radiation comparisons, and graph linearization techniques ($1/V$ vs $R$).

The May/June 2026 series for Cambridge IGCSE Physics (0625) presents a balanced and standard assessment aligned with syllabus updates. Core and Extended components emphasize qualitative explanations of particle theory, wave properties, and electromagnetism alongside multi-step calculations in mechanics, thermal physics, and circuit electronics. Practical components rigorously assess significant figure conventions, gradient analysis, and experimental planning.

Comprehensive analysis of the Cambridge IGCSE Physics (0625) May/June 2025 examination series, focusing on Paper 41 (Extended Theory) with detailed structural breakdowns, recurring candidate pitfalls, and study ROI recommendations.

An expansive and well-balanced Physics examination (0625) testing core theoretical comprehension, mathematical dexterity in vectors and mechanics, and complex electromagnetic concepts, alongside newly reinforced Space Physics requirements.

The May/June 2025 Physics 0625 series maintains a rigorous conceptual standard, especially in Paper 4 (Extended Theory). Strong mathematical performances were balanced by demanding descriptive questions on thermal conduction mechanisms, electric fields, and transformer physics.

Comprehensive analysis of the October/November 2025 Physics (0625) series, highlighting mechanics calculations, sound wave propagation, optical fiber optics, and space physics orbit equations.

Comprehensive examination analysis of the October/November 2025 IGCSE Physics Extended Theory Paper (0625/42) and related papers, highlighting candidate traps, mark distributions, and future exam predictions.

A comprehensive analysis of the October/November 2025 Cambridge IGCSE Physics (0625) series, highlighting key areas of student difficulty in electric circuits, electromagnetic effects, and the newly expanded space physics syllabus.

A comprehensive examiner-level analysis of the May/June 2024 Cambridge IGCSE Physics series, detailing performance across the Core, Extended, and Practical papers with structured feedback on typical student errors, core syllabus weighting, and targeted study advice.

The May/June 2024 Physics series presented a balanced yet mathematically rigorous set of papers. It tested core conceptual understandings, units conversions, and multi-step calculations under tight time constraints, with notable focus areas in electrical potential dividers, vector math, and newly integrated space physics concepts.

The Cambridge IGCSE Physics (0625) May/June 2024 examination series across the Core and Extended pathways offered a well-balanced assessment of the syllabus. Strong practical testing featured in Paper 53 and Paper 63 on optics, density, and cooling rates, alongside highly discriminating calculations in Paper 43 concerning specific heat capacity, momentum conservation, charge flow, and space physics.

The October/November 2024 IGCSE Physics suite maintains a balanced standard of conceptual comprehension and mathematical application. It features typical core mechanics and circuits questions alongside critical assessments of newer syllabus areas including space physics (Hubble constant calculations) and practical skill evaluations.

An in-depth analysis of the Cambridge IGCSE Physics (0625) October/November 2024 Extended exam series (Papers 22, 42, and 62), highlighting core testing areas, standard candidate mistakes, and key exam strategies.

The October/November 2024 series for Cambridge IGCSE Physics (0625 Variant 3) provided a balanced assessment across the core and extended syllabus. Across Paper 23 (Multiple Choice), Paper 43 (Extended Theory), and Paper 63 (Alternative to Practical), emphasis was placed on electrical circuit analysis, thermal physics calculations involving specific heat capacity, wave kinematics, and recent additions like redshift and stellar evolution. Mathematical calculations and multi-step formula manipulations remained highly accessible, while qualitative descriptions requiring precise physical mechanisms presented key discriminators.

The May/June 2023 series was a landmark session featuring the first-ever inclusion of the new Space Physics syllabus. The paper presented a rigorous blend of mechanical multi-step calculations, precision vector requirements, and core electricity conceptual challenges.

An expert exam analysis of the May/June 2023 Physics (0625) series, highlighting the critical 2023 syllabus changes (such as g = 9.8 N/kg, new Space Physics topics) and identifying key areas of student performance, common misconceptions, and strategic recommendations.

The May/June 2023 Physics (0625) series highlights a transition phase featuring the introduction of new syllabus areas such as Space Physics, alongside standard demanding areas in Mechanics, Electricity, and Waves. Extended candidates demonstrated good basic math skills but stumbled on multi-step unit conversions and descriptive explanations.

The October/November 2023 series highlights key conceptual separators in momentum vectors, non-Ohmic circuit behavior, and the newly integrated Space Physics syllabus, demanding rigorous units compliance and formula derivations from candidates.

The October/November 2023 Physics series introduced challenging concepts from the newly updated 0625 syllabus (specifically Space Physics), alongside rigorous practical assessments. While mathematical mechanics was highly accessible, candidates frequently dropped marks on exact terminology, non-standard unit conversions, and qualitative explanations of thermodynamics and fields.

The October/November 2023 Physics (0625) examination papers offer a balanced and comprehensive assessment across core and extended content. While quantitative calculation-based questions remain highly accessible for students quoting standard formulas, structured descriptive explanations—particularly regarding particle dynamics and vector directions—proved to be key grade differentiators.