• A-Level Physics Full Syllabus Pack cover
  • A-Level Physics Full Syllabus Pack by KPC Notes Malta: Paper I, Paper II and Mock Exams, Note Packs, Exam Questions and Worked Solutions
  • Apparent weight and weightlessness: free-body diagrams of a person on scales, a worked explanation and a worked example on a lift
  • Paper I Note Pack contents, exam guide and Chapters 1 to 9
  • Paper I Note Pack contents, Chapters 10 to 16, practical skills and the index
  • Vectors: resolving a boat's velocity to cross a river, with two labelled diagrams and a worked example
  • Changing acceleration: velocity-time and acceleration-time graphs with the tangent and area under the curve drawn and a worked example
  • Horizontal circles: a cyclist on a bend, a banked track and a conical pendulum, drawn with forces and a worked example
  • Charge carriers and drift velocity: a conductor with drifting electrons drawn and the derivation of I = nAvq
  • The exam guide: what each command word asks for
  • Alpha particle scattering: the plum-pudding and nuclear models compared, with a worked explanation of back-scattering
  • Nuclear fission and a chain reaction drawn, with the role of the moderator and control rods
  • Practical skills: finding the gradient at a point on a curve and the area under a curve, with a worked example
  • Electric fields: equipotential lines around a point charge, two unlike charges and two like charges, with worked examples
  • Paper II Note Pack contents, exam guide and Chapters 17 to 23
  • Paper II Note Pack contents, Chapters 24 to 31 and the index
  • Latent heat: a worked explanation of why temperature stays constant while melting, and the apparatus to measure latent heat of vaporisation
  • Conduction in solids: how heat moves along a metal rod, with a labelled diagram and a table comparing thermal and electrical conduction
  • Capacitors in series and in parallel: circuit diagrams, the derivations and a worked example
  • E.m.f. in a moving conductor: a rod in a magnetic field drawn, with Fleming's right-hand rule and a worked explanation
  • Lenz's law: a magnet falling through a coil with flux and e.m.f. graphs, and eddy currents
  • Transformers: a labelled transformer, how it works and the equations for a step-up and step-down transformer
  • Stationary waves on a stretched string: harmonics, a worked example and Melde's experiment
  • Practical method card: finding a wavelength with a spectrometer and a diffraction grating, with a worked example
  • Paper I Exam Questions: the Kinematics chapter opens with a speed-time graph question in Section A style
  • Paper I Exam Questions contents, Chapters 1 to 16 and the practical skills chapter
  • Paper I Exam Questions: a static equilibrium question with a hinged bracket, a punch bag and a steel wire
  • Paper I Exam Questions: a Section B question on the I-V characteristic of a filament lamp, with a graph
  • Paper I Exam Questions: the Nuclear energy chapter with a binding energy per nucleon graph and a fission equation
  • Paper I Exam Questions: a Paper III style practical question with a plank, a spring balance and a graph
  • Paper I Worked Solutions: a motion question answered step by step with every step tagged [1], and a displacement-time graph
  • Paper I Worked Solutions contents, Chapters 1 to 16 and the practical skills chapter
  • Paper I Worked Solutions: the Work, energy and power chapter opener with a model answer and an energy-time graph
  • Paper I Worked Solutions: forces on a crate on a tipping bed, with the model answer and diagrams
  • Paper I Worked Solutions: Kirchhoff's laws applied to a two-loop circuit, with every step marked [1]
  • Paper I Worked Solutions: a practical question answered with a completed table, a graph and the marking points
  • Paper II Exam Questions: a capacitor timer on a ramp, with a graph of charge against p.d. and a circuit
  • Paper II Exam Questions contents, Chapters 17 to 31
  • Paper II Exam Questions: a heating curve for ice becoming steam and questions on specific latent heat
  • Paper II Exam Questions: a lagged brass and copper bar, with questions on heat flow and the interface temperature
  • Paper II Exam Questions: two coherent transducers, a plan view and a graph of received signal against time
  • Paper II Exam Questions: Hubble's law, with a recession velocity against distance graph
  • Paper II Worked Solutions: heat engine and heat pump energy-flow diagrams with the model answer
  • Paper II Worked Solutions contents, Chapters 17 to 31
  • Paper II Worked Solutions: the specific heat capacity experiment with a labelled circuit and every step marked
  • Paper II Worked Solutions: equipotentials round two equal spheres and the capacitor model answers
  • Paper II Worked Solutions: the Hall effect in a thin slice, with the model answer
  • Paper II Worked Solutions: a solenoid and pick-up coil, with the current growth graph drawn and marked
  • Mock Exams Questions: a stepladder question with a labelled force diagram and a Section B question on drift speed
  • Mock Exams Questions contents, Mock A and Mock B, Papers I, II and III
  • Mock Exams Questions: simple harmonic motion with a displacement-time graph, from a Paper II mock
  • Mock Exams Questions: the start of Section B, with a laser vibrometer displacement graph
  • Mock Exams Questions: a Paper III practical question with apparatus and a close-up of a metre rule
  • Mock Exams Worked Solutions: a rigid body in equilibrium with the model answer, every step marked
  • Mock Exams Worked Solutions contents, Mock A and Mock B, Papers I, II and III
  • Mock Exams Worked Solutions: the Mock A Paper III opening page with its instructions and an apparatus diagram
  • Mock Exams Worked Solutions: the Mock B Paper I opening page with the time allowed and the rules for Sections A and B
  • Mock Exams Worked Solutions: the field of two parallel currents drawn in the model answer
  • Mock Exams Worked Solutions: a torsion graph with the gradient triangle and the mark scheme

A-Level Physics | Full Syllabus Pack

A-Level Physics | Full Syllabus Pack

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€99,95 €119,90
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Everything for A-Level Physics (MATSEC AM 26): Note Packs that teach the full syllabus in 32 chapters, 231 exam-style questions set at the same difficulty as real MATSEC papers with a worked solution for every one, and two full mock exams. Choose the notes, the practice questions with their solutions, or everything together.

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What's inside?

  • Note Packs: 32 chapters in syllabus order, split into a Paper I volume and a Paper II volume, each starting with a 13 page exam guide
  • 279 labelled figures: free-body diagrams, graphs, circuits, fields, waves, ray diagrams and apparatus
  • 250 worked examples set out the way the marks are given, and 270 worked explanations that show why, not just what
  • 48 experiment method cards for the practical paper, plus a full Practical skills chapter with skills drills and complete practical tasks
  • A Where marks are lost page and a summary at the end of every chapter, and an index at the back of each Note Pack
  • Exam Questions: 231 questions in Section A style (10 marks) and Section B style (20 marks), plus Paper III style practical tasks, all without answers for timed practice
  • Worked Solutions: every question answered in full, each step tagged [1] with the mark it earns, a line on where marks are usually lost, and a pointer to the Note Pack sections that teach it
  • Exam guide in both Note Packs: the three papers, what each command word wants, how answers are marked, and a maths toolkit for numbers, algebra, geometry, trigonometry and graphs
  • Mock Exams: Mock A and Mock B, each a full set of Papers I, II and III with worked solutions
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How many pages?

  • Everything: 1,380 pages in 8 PDFs
  • Note Packs: Paper I 235 and Paper II 241 pages (476 in all)
  • Exam Questions: Paper I 129, Paper II 90 and Mock Exams 66 pages (285 in all)
  • Worked Solutions: Paper I 264, Paper II 208 and Mock Exams 147 pages (619 in all)
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Which chapters are covered?

  • Paper I topics (17 chapters): 1 physical quantities and units; 2 kinematics; 3 forces and Newton's laws; 4 momentum; 5 work, energy and power; 6 circular motion; 7 static equilibrium; 8 rotational dynamics; 9 materials; 10 charge and current; 11 p.d., e.m.f. and resistance; 12 electric circuits; 13 the nucleus; 14 radioactivity; 15 nuclear energy; 16 quantum physics; 32 practical skills for Paper III
  • Paper II topics (15 chapters): 17 temperature and heat; 18 thermodynamics; 19 ideal gases; 20 heat transfer; 21 gravitation; 22 electrostatic fields; 23 capacitors; 24 magnetic fields; 25 electromagnetic induction; 26 alternating current; 27 simple harmonic motion; 28 waves; 29 superposition; 30 optics; 31 the expanding universe
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How hard are the questions?

  • The same difficulty as real MATSEC papers: each question was written against a real MATSEC question of the same type and set at the same demand or higher
  • Every question was solved blind from the question alone and checked against the worked solution, and every numerical answer was checked by machine, with units and significant figures
  • Solutions follow the way MATSEC marks: method marks, accuracy marks and a unit on every final answer
  • The two mocks mirror the layout and timing of the real papers
  • All the books were independently audited for accuracy, marks and syllabus coverage
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Which option should I choose?

  • Everything: all 8 books: the Paper I and Paper II Note Packs, all the Exam Questions and Worked Solutions, and both Mock Exams. Save €19.95
  • Note Packs only: the Paper I and Paper II Note Packs that teach the full syllabus (2 PDFs)
  • Exam Questions & Worked Solutions only: the 231 chapter questions and both mock exams, with and without answers (6 PDFs)
  • The notes teach it, the questions test it: Everything is the best value
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How does it help?

  • Written to be studied on your own: every topic is explained, not just summarised
  • Learn a chapter in the Note Pack, answer its questions under timed conditions, then mark yourself step by step
  • See exactly what earns each mark, and the slips that lose them
  • Finish with two full mock exams before the real thing
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How do I receive it?

  • Sent as PDFs by email
  • Your download link arrives a few seconds after you pay
  • Nothing is posted, but you are free to print it
  • For your own personal use
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Can I see a preview?

  • Yes, tap the cover or View sample pages at the top of this page to flick through real pages
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Will it stay up to date?

  • Yes: it follows the current MATSEC AM 26 syllabus
  • We update our packs every year to match the syllabus
  • Bought from us before? Ask for the latest edition, free of charge
A-Level Physics Full Syllabus Pack cover

A-Level Physics | Full Syllabus Pack

€99,95
€99,95 €119,90
SAVE 16% Sold out

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    No, we offer digital access of our materials by default. This ensures you get instant access and allows us to send updates or new content easily. However, you are free to print the resources

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    Will these resources still help students sitting for exams in 2027/2028?

    Yes, regardless of how the syllabus changes, working through questions will always be an effective way to grasp topics and ultimately perform well in exams. We update our resources every year to reflect any syllabus changes. All previous clients receive the latest updates free of charge when requesting the updated copy.

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