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Physics tutoring

Online Physics tutoring with every topic taught step by step by GradesPal tutors. Every Grade 12 Physics and Chemistry topic, taught step by step with a GradesPal tutor.

What this subject covers

The GradesPal Grade 12 Physical Sciences subject follows a term-by-term teaching plan term by term: Mechanics and Organic Chemistry in Term 1, Work-Energy-Power, Doppler Effect and Rate/Equilibrium/Acids in Term 2, Electric Circuits, Electrodynamics, Optics and Electrochemistry in Term 3, then exam consolidation in Term 4. Every lesson works through the curriculum content, then an interactive simulation you can control yourself, then an exam-style worked example.

Modules
16
Lessons
119
Study time
140h 17m
Learners
2
  • Solve every Paper 1 (Physics) and Paper 2 (Chemistry) question type with a clear method
  • Build intuition for momentum, forces, circuits and reactions by adjusting live simulations, not just reading definitions
  • Recognise the exact exam wording The curriculum uses for each topic, and where marks are commonly lost

Subject content

01Module 1 · Newton's laws and forces

  1. Newton's Laws60 min · Free preview
  2. Friction, normal force and inclined planesNewton's Laws60 min
  3. Connected bodies, strings and pulleysNewton's Laws65 min
  4. Newton's law of universal gravitation and weightNewton's Laws45 min
  5. Exam clinic: the anatomy of Question 2Newton's Laws45 min
  6. Quiz: Newton's laws — MCQ bankNewton's Laws30 min
  7. Past-paper questions: Newton's laws (with memos)Newton's Laws90 min

02Module 2 · Momentum and impulse

  1. Momentum and Impulse45 min · Free preview
  2. Impulse and the impulse–momentum theoremMomentum and Impulse50 min
  3. Conservation of momentum: collisions and explosionsMomentum and Impulse60 min
  4. Exam clinic: every momentum question typeMomentum and Impulse50 min
  5. Quiz: Momentum & impulse — MCQ bankMomentum and Impulse30 min
  6. Past-paper questions: Momentum & impulse (with memos)Momentum and Impulse75 min
  7. Mock exam: Momentum & impulse (GradesPal set)Momentum and Impulse24 min

03Module 3 · Vertical projectile motion

  1. Vertical Projectile Motion in 1D55 min · Free preview
  2. Motion graphs for free fall: position, velocity and accelerationVertical Projectile Motion in 1D55 min
  3. Two objects in the air: meeting, timing and moving launch pointsVertical Projectile Motion in 1D55 min
  4. Bouncing balls: the ground, energy and momentumVertical Projectile Motion in 1D50 min
  5. Exam clinic: the anatomy of Question 3Vertical Projectile Motion in 1D60 min
  6. Quiz: Vertical projectile motion — MCQ bankVertical Projectile Motion in 1D30 min
  7. Past-paper questions: Vertical projectile motion (with memos)Vertical Projectile Motion in 1D90 min
  8. Mock exam: Vertical projectile motion (GradesPal set)Vertical Projectile Motion in 1D24 min

04Module 4 · Organic molecules

  1. Organic chemistry from scratch: carbon, bonds and homologous seriesOrganic Chemistry55 min
  2. Naming organic compounds: IUPAC rules from alkanes to estersOrganic Chemistry65 min
  3. Structural isomers: chain, positional and functionalOrganic Chemistry50 min
  4. Physical properties: intermolecular forces, boiling point and vapour pressureOrganic Chemistry70 min
  5. Reactions of the hydrocarbons: combustion, cracking, substitution and additionOrganic Chemistry70 min
  6. Reactions of haloalkanes and alcohols: substitution, elimination and esterificationOrganic Chemistry70 min
  7. Flow diagrams: solving the organic reactions questionOrganic Chemistry65 min
  8. Exam clinic: the anatomy of the organic chemistry questions in Paper 2Organic Chemistry90 min
  9. Quiz: Organic molecules — MCQ bankOrganic Chemistry35 min
  10. Past-paper questions: Naming, structure and isomers (with memos)Organic Chemistry90 min
  11. Past-paper questions: Physical properties (with memos)Organic Chemistry70 min
  12. Past-paper questions: Organic reactions (with memos)Organic Chemistry90 min
  13. Practice set: Organic moleculesOrganic Chemistry25 min

05Module 5 · Work, energy and power

  1. Work and the work–energy theoremWork, Energy, and Power65 min
  2. Conservation of mechanical energy and non-conservative forcesWork, Energy, and Power65 min
  3. Power: the rate of doing workWork, Energy, and Power55 min
  4. Question 5 in practice: crates, blocks and inclinesWork, Energy, and Power75 min
  5. Exam clinic: the anatomy of Question 5 and a full mockWork, Energy, and Power70 min
  6. Quiz: Work, energy & power — MCQ bankWork, Energy, and Power30 min
  7. Past-paper questions: Work, energy & power (with memos)Work, Energy, and Power100 min
  8. Practice set: Work, energy & powerWork, Energy, and Power25 min

06Module 6 · Doppler effect

  1. The Doppler effect: why sound changes pitch as it moves past youDoppler Effect60 min
  2. The Doppler equations: moving source and moving listenerDoppler Effect75 min
  3. Echoes from a moving reflector: bats, radar and ultrasoundDoppler Effect55 min
  4. The Doppler effect for light: red shift, blue shift and the expanding universeDoppler Effect50 min
  5. Exam clinic: the anatomy of Question 6 and a full mockDoppler Effect60 min
  6. Quiz: Doppler effect — MCQ bankDoppler Effect25 min
  7. Past-paper questions: Doppler effect (with memos)Doppler Effect90 min
  8. Practice set: Doppler effectDoppler Effect25 min

07Module 7 · Rate and extent of reaction

  1. Reaction rate and collision theory: explain any factor in three marksReaction Rate and Extent60 min
  2. Energy diagrams: Maxwell–Boltzmann curves and potential-energy graphsReaction Rate and Extent60 min
  3. Reading and sketching rate graphsReaction Rate and Extent60 min
  4. Rate calculations: moles, mass, volume, purity and percentage yieldReaction Rate and Extent70 min
  5. Exam clinic: the anatomy of the Rate question and a full mockReaction Rate and Extent70 min
  6. Quiz: Rate and extent of reaction — MCQ bankReaction Rate and Extent30 min
  7. Past-paper questions: Rate and extent of reaction (with memos)Reaction Rate and Extent120 min
  8. Practice set: Rate and extent of reactionReaction Rate and Extent24 min

08Module 8 · Chemical equilibrium

  1. Reversible reactions and the equilibrium constant, KcChemical Equilibrium60 min
  2. Le Chatelier's principle: predicting and explaining shiftsChemical Equilibrium80 min
  3. Kc calculations: the ICE table methodChemical Equilibrium90 min
  4. Exam clinic: how chemical equilibrium is tested in Grade 12, and a full mockChemical Equilibrium55 min
  5. Quiz: Chemical equilibrium — MCQ bankChemical Equilibrium25 min
  6. Past-paper questions: Chemical equilibrium (with memos)Chemical Equilibrium130 min

09Module 9 · Acids and bases

  1. Acids and bases: theories, conjugate pairs, strength and conductivityAcids and Bases70 min
  2. pH, Kw and mixing: calculations with strong acids and basesAcids and Bases80 min
  3. Salt hydrolysis, indicators and titration curvesAcids and Bases65 min
  4. Titrations: standard solutions, back titrations and identifying unknownsAcids and Bases90 min
  5. Exam clinic: how acids and bases are tested in Grade 12, and a full mockAcids and Bases55 min
  6. Quiz: Acids and bases — MCQ bankAcids and Bases25 min
  7. Past-paper questions: Acids and bases (with memos)Acids and Bases130 min

10Module 10 · Electrostatics

  1. Coulomb's law at Grade 12 level: net force, sharing charge and zero-force positionsElectrostatics70 min
  2. Electric fields: patterns, net field and points of zero fieldElectrostatics75 min
  3. Charges in equilibrium: suspended spheres, angles and tensionElectrostatics75 min
  4. Electrostatics concepts: graphs, vector diagrams and multiple-choice reasoningElectrostatics50 min
  5. Exam clinic: how electrostatics is tested in Grade 12, and a full mockElectrostatics55 min
  6. Quiz: Electrostatics — MCQ bankElectrostatics25 min
  7. Past-paper questions: Electrostatics (with memos)Electrostatics130 min

11Module 11 · Electric circuits

  1. Ohm's law, emf and internal resistanceElectric Circuits70 min
  2. Mixed circuits with internal resistance: the two-state method and powerElectric Circuits80 min
  3. When the circuit changes: switches, brightness and the voltmeter across the batteryElectric Circuits65 min
  4. Exam clinic: how electric circuits is tested in Grade 12, and a full mockElectric Circuits55 min
  5. Quiz: Electric circuits — MCQ bankElectric Circuits25 min
  6. Past-paper questions: Electric circuits (with memos)Electric Circuits130 min

12Module 12 · Electrodynamics

  1. Generators: how a spinning coil makes an emf, AC and DCElectrodynamics75 min
  2. Motors and energy conversions: the split ring and the left-hand ruleElectrodynamics55 min
  3. AC calculations: rms values, average power, energy and costElectrodynamics80 min
  4. Exam clinic: how electrodynamics is tested in Grade 12, and a full mockElectrodynamics55 min
  5. Quiz: Electrodynamics — MCQ bankElectrodynamics25 min
  6. Past-paper questions: Electrodynamics (with memos)Electrodynamics130 min

13Module 13 · Optical phenomena and properties of materials

  1. Photons and spectra: energy levels, emission and absorptionOptical Phenomena and Properties of Materials60 min
  2. The photoelectric effect: threshold, work function and intensityOptical Phenomena and Properties of Materials65 min
  3. Photoelectric calculations and graphsOptical Phenomena and Properties of Materials85 min
  4. Exam clinic: how optical phenomena is tested in Grade 12, and a full mockOptical Phenomena and Properties of Materials55 min
  5. Quiz: Optical phenomena — MCQ bankOptical Phenomena and Properties of Materials25 min
  6. Past-paper questions: Optical phenomena (with memos)Optical Phenomena and Properties of Materials130 min

14Module 14 · Electrochemical reactions

  1. Redox reactions and the table of standard reduction potentialsElectrochemical Reactions70 min
  2. Galvanic cells: construction, cell notation, emf and what changes itElectrochemical Reactions90 min
  3. Electrolytic cells: electroplating, refining copper and electrolysing brineElectrochemical Reactions75 min
  4. Charge, current and mass: electrolysis calculationsElectrochemical Reactions65 min
  5. Exam clinic: how electrochemical reactions are tested in Grade 12, and a full mockElectrochemical Reactions55 min
  6. Quiz: Electrochemical reactions — MCQ bankElectrochemical Reactions25 min
  7. Past-paper questions: Electrochemical reactions (with memos)Electrochemical Reactions130 min

15Module 15 · The chemical industry

  1. The Haber and Ostwald processes: from nitrogen to ammonia to nitric acidFertilisers and Industrial Chemistry65 min
  2. The Contact process, fertilisers and NPK calculationsFertilisers and Industrial Chemistry75 min
  3. Exam clinic: how industrial chemistry and fertilisers are tested, and a full mockFertilisers and Industrial Chemistry45 min
  4. Quiz: The chemical industry — MCQ bankFertilisers and Industrial Chemistry20 min
  5. Past-paper questions: The chemical industry (with memos)Fertilisers and Industrial Chemistry60 min

16Module 16 · Exam preparation

  1. How the Grade 12 Physical Sciences papers are built, and how to scoreExam preparation45 min
  2. A six-week revision plan, with a checklist for every topicExam preparation45 min
  3. Full paper: Physics Paper 1, May/June 2026 (with memo)Exam preparation180 min
  4. Full paper: Physics Paper 1, November 2025 (with memo)Exam preparation180 min
  5. Full paper: Physics Paper 1, May/June 2025 (with memo)Exam preparation180 min
  6. Full paper: Physics Paper 1, May/June 2024 (with memo)Exam preparation180 min
  7. Full paper: Chemistry Paper 2, November 2025 (with memo)Exam preparation180 min
  8. Full paper: Chemistry Paper 2, May/June 2025 (with memo)Exam preparation180 min
  9. Full paper: Chemistry Paper 2, November 2024 (with memo)Exam preparation180 min
  10. Full paper: Chemistry Paper 2, May/June 2024 (with memo)Exam preparation180 min

Frequently asked questions

Who is my tutor?

When you join you are matched with one of the subject's GradesPal tutors. Their notes appear in your lessons.

Does this cover both Physics and Chemistry?

Yes. Physical Sciences is examined as two papers - Paper 1 (Physics) and Paper 2 (Chemistry) - and this subject follows a term-by-term teaching plan for both, in the order your school year actually runs.

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