Grade 10 Physical Sciences — CAPS Lesson Plans, Worksheets & 2026 ATP
Complete Term 1–4 South African Department of Basic Education (DBE) Annual Teaching Plan (ATP) for Grade 10 Physical Sciences. Generate print-ready 60-minute lesson plans, toner-safe A4 worksheets, 20-mark cognitive SBA tests & memos, and 11-language MTbBE parent guides in 60 seconds.
Curriculum Phase
FET Phase
ATP Pacing
Terms 1–4 (40 Weeks)
Weekly Assessment
20-Mark SBA + Memo
MTbBE Languages
All 11 Official SA
Term 1 to Term 4 Annual Teaching Plan (ATP) — Grade 10 Physical Sciences
Click any week below to open the complete 5-in-1 classroom pack (Lesson Plan, A4 Worksheet, 20-Mark Assessment & Memo, and Parent Digest).
Term 1 — Grade 10 Physical Sciences ATP Pacing
Mechanics & Waves, Sound and Light · Matter & Atomic Structure| Week | CAPS Topic & Formal SBA | Weekly Learning Intention | 5-in-1 Pack |
|---|---|---|---|
| Week 1 | Vectors, Scalars & Resultant Vector Calculations in 1D/2D (Grade 10) | Identify and explain the core principles of Vectors, Scalars & Resultant Vector Calculations in 1D/2D at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Mechanics & Waves, Sound and Light · Matter & Atomic Structure. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 2 | Motion in One Dimension: Displacement, Velocity, Acceleration & Equations of Motion (Grade 10) | Identify and explain the core principles of Motion in One Dimension: Displacement, Velocity, Acceleration & Equations of Motion at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Mechanics & Waves, Sound and Light · Matter & Atomic Structure. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 3 | Graphs of Motion: Position-Time, Velocity-Time & Acceleration-Time Analysis (Grade 10) | Identify and explain the core principles of Graphs of Motion: Position-Time, Velocity-Time & Acceleration-Time Analysis at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Mechanics & Waves, Sound and Light · Matter & Atomic Structure. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 4 | Newton's Laws of Motion & Free-Body Force Diagrams (Grade 10) | Identify and explain the core principles of Newton's Laws of Motion & Free-Body Force Diagrams at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Mechanics & Waves, Sound and Light · Matter & Atomic Structure. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 5 |
Matter & Classification: Pure Substances, Elements, Compounds & Kinetic Molecular Theory (Grade 10)
Formal SBA Task (Term 1 Week 5): Physical Sciences Grade 10 Controlled Task / Investigation
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Identify and explain the core principles of Matter & Classification: Pure Substances, Elements, Compounds & Kinetic Molecular Theory at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Mechanics & Waves, Sound and Light · Matter & Atomic Structure. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 6 | Atomic Structure, Isotopes, Electron Configuration & Periodic Table Trends (Grade 10) | Identify and explain the core principles of Atomic Structure, Isotopes, Electron Configuration & Periodic Table Trends at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Mechanics & Waves, Sound and Light · Matter & Atomic Structure. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 7 | Transverse & Longitudinal Waves, Frequency, Wavelength & Wave Speed (v = fλ) (Grade 10) | Identify and explain the core principles of Transverse & Longitudinal Waves, Frequency, Wavelength & Wave Speed (v = fλ) at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Mechanics & Waves, Sound and Light · Matter & Atomic Structure. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 8 | Practical SBA Investigation: Verification of Motion / Wave Properties (Grade 10) | Identify and explain the core principles of Practical SBA Investigation: Verification of Motion / Wave Properties at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Mechanics & Waves, Sound and Light · Matter & Atomic Structure. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 9 |
Term 1 Formal Control Test (Physics & Chemistry Sections) (Grade 10)
Formal SBA Task (Term 1 Week 9): Physical Sciences Grade 10 Controlled Task / Investigation
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Identify and explain the core principles of Term 1 Formal Control Test (Physics & Chemistry Sections) at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Mechanics & Waves, Sound and Light · Matter & Atomic Structure. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 10 | Diagnostic Error Analysis & Problem-Solving Clinic (Grade 10) | Identify and explain the core principles of Diagnostic Error Analysis & Problem-Solving Clinic at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Mechanics & Waves, Sound and Light · Matter & Atomic Structure. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
Term 2 — Grade 10 Physical Sciences ATP Pacing
Chemical Bonding, Stoichiometry & Electricity and Magnetism| Week | CAPS Topic & Formal SBA | Weekly Learning Intention | 5-in-1 Pack |
|---|---|---|---|
| Week 1 | Chemical Bonding: Covalent, Ionic & Metallic Bonding and Lewis Structures (Grade 10) | Identify and explain the core principles of Chemical Bonding: Covalent, Ionic & Metallic Bonding and Lewis Structures at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Bonding, Stoichiometry & Electricity and Magnetism. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 2 | Intermolecular Forces, Physical Properties & Molecular Geometry (Grade 10) | Identify and explain the core principles of Intermolecular Forces, Physical Properties & Molecular Geometry at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Bonding, Stoichiometry & Electricity and Magnetism. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 3 | Physical and Chemical Change, Conservation of Mass & Balancing Equations (Grade 10) | Identify and explain the core principles of Physical and Chemical Change, Conservation of Mass & Balancing Equations at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Bonding, Stoichiometry & Electricity and Magnetism. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 4 | Quantitative Aspects of Chemical Change: The Mole Concept, Molar Mass & Stoichiometry (Grade 10) | Identify and explain the core principles of Quantitative Aspects of Chemical Change: The Mole Concept, Molar Mass & Stoichiometry at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Bonding, Stoichiometry & Electricity and Magnetism. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 5 |
Concentration of Solutions (c = n/V) & Limiting Reactant Calculations (Grade 10)
Formal SBA Task (Term 2 Week 5): Physical Sciences Grade 10 Controlled Task / Investigation
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Identify and explain the core principles of Concentration of Solutions (c = n/V) & Limiting Reactant Calculations at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Bonding, Stoichiometry & Electricity and Magnetism. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 6 | Electrostatics: Coulomb's Law, Electric Fields & Charge Conservation (Grade 10) | Identify and explain the core principles of Electrostatics: Coulomb's Law, Electric Fields & Charge Conservation at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Bonding, Stoichiometry & Electricity and Magnetism. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 7 | Electric Circuits: Ohm's Law, Series/Parallel Resistors, EMF & Internal Resistance (Grade 10) | Identify and explain the core principles of Electric Circuits: Ohm's Law, Series/Parallel Resistors, EMF & Internal Resistance at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Bonding, Stoichiometry & Electricity and Magnetism. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 8 | Practical Chemistry SBA Experiment: Stoichiometry / Titration (Grade 10) | Identify and explain the core principles of Practical Chemistry SBA Experiment: Stoichiometry / Titration at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Bonding, Stoichiometry & Electricity and Magnetism. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 9 |
Mid-Year Examination (Paper 1: Physics · Paper 2: Chemistry) (Grade 10)
Formal SBA Task (Term 2 Week 9): Physical Sciences Grade 10 Controlled Task / Investigation
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Identify and explain the core principles of Mid-Year Examination (Paper 1: Physics · Paper 2: Chemistry) at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Bonding, Stoichiometry & Electricity and Magnetism. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 10 | Mid-Year Script Review & Remedial Problem Solving (Grade 10) | Identify and explain the core principles of Mid-Year Script Review & Remedial Problem Solving at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Bonding, Stoichiometry & Electricity and Magnetism. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
Term 3 — Grade 10 Physical Sciences ATP Pacing
Chemical Change, Energy, Work, Power & Electrostatics| Week | CAPS Topic & Formal SBA | Weekly Learning Intention | 5-in-1 Pack |
|---|---|---|---|
| Week 1 | Work, Energy & Power: Work-Energy Theorem & Conservation of Mechanical Energy (Grade 10) | Identify and explain the core principles of Work, Energy & Power: Work-Energy Theorem & Conservation of Mechanical Energy at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Change, Energy, Work, Power & Electrostatics. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 2 | Momentum, Impulse (FΔt = Δp) & Conservation of Linear Momentum (Grade 10) | Identify and explain the core principles of Momentum, Impulse (FΔt = Δp) & Conservation of Linear Momentum at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Change, Energy, Work, Power & Electrostatics. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 3 | Energy & Chemical Change: Exothermic vs Endothermic Reactions & Activation Energy (Grade 10) | Identify and explain the core principles of Energy & Chemical Change: Exothermic vs Endothermic Reactions & Activation Energy at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Change, Energy, Work, Power & Electrostatics. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 4 | Acids and Bases: Arrhenius/Lowry-Brønsted Models, pH & Neutralisation Reactions (Grade 10) | Identify and explain the core principles of Acids and Bases: Arrhenius/Lowry-Brønsted Models, pH & Neutralisation Reactions at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Change, Energy, Work, Power & Electrostatics. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 5 |
Redox Reactions: Oxidation Numbers, Reducing/Oxidising Agents & Electron Transfer (Grade 10)
Formal SBA Task (Term 3 Week 5): Physical Sciences Grade 10 Controlled Task / Investigation
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Identify and explain the core principles of Redox Reactions: Oxidation Numbers, Reducing/Oxidising Agents & Electron Transfer at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Change, Energy, Work, Power & Electrostatics. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 6 | Electromagnetism, Faraday's Law & Electrodynamics (Motors and Generators) (Grade 10) | Identify and explain the core principles of Electromagnetism, Faraday's Law & Electrodynamics (Motors and Generators) at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Change, Energy, Work, Power & Electrostatics. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 7 | Optical Phenomena, Photoelectric Effect & Emission Spectra (Grade 10) | Identify and explain the core principles of Optical Phenomena, Photoelectric Effect & Emission Spectra at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Change, Energy, Work, Power & Electrostatics. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 8 | Term 3 Formal SBA Practical / Research Project (Grade 10) | Identify and explain the core principles of Term 3 Formal SBA Practical / Research Project at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Change, Energy, Work, Power & Electrostatics. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 9 |
Term 3 Controlled Test (Mechanics, Electricity & Chemical Change) (Grade 10)
Formal SBA Task (Term 3 Week 9): Physical Sciences Grade 10 Controlled Task / Investigation
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Identify and explain the core principles of Term 3 Controlled Test (Mechanics, Electricity & Chemical Change) at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Change, Energy, Work, Power & Electrostatics. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 10 | Exam Technique: Free-Body Diagrams & Stoichiometric Multi-Step Problems (Grade 10) | Identify and explain the core principles of Exam Technique: Free-Body Diagrams & Stoichiometric Multi-Step Problems at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Chemical Change, Energy, Work, Power & Electrostatics. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
Term 4 — Grade 10 Physical Sciences ATP Pacing
Rates of Reaction, Chemical Equilibrium, Organic/Electrodynamics & Exam Revision| Week | CAPS Topic & Formal SBA | Weekly Learning Intention | 5-in-1 Pack |
|---|---|---|---|
| Week 1 | Rate and Extent of Reaction & Collision Theory (Grade 10) | Identify and explain the core principles of Rate and Extent of Reaction & Collision Theory at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Rates of Reaction, Chemical Equilibrium, Organic/Electrodynamics & Exam Revision. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 2 | Chemical Equilibrium, Le Chatelier's Principle & Equilibrium Constant (Kc) (Grade 10) | Identify and explain the core principles of Chemical Equilibrium, Le Chatelier's Principle & Equilibrium Constant (Kc) at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Rates of Reaction, Chemical Equilibrium, Organic/Electrodynamics & Exam Revision. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 3 | Electrochemical Cells: Galvanic vs Electrolytic Cells & Standard Electrode Potentials (Grade 10) | Identify and explain the core principles of Electrochemical Cells: Galvanic vs Electrolytic Cells & Standard Electrode Potentials at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Rates of Reaction, Chemical Equilibrium, Organic/Electrodynamics & Exam Revision. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 4 | Organic Chemistry / Chemical Systems: Functional Groups, IUPAC Naming & Reactions (Grade 10) | Identify and explain the core principles of Organic Chemistry / Chemical Systems: Functional Groups, IUPAC Naming & Reactions at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Rates of Reaction, Chemical Equilibrium, Organic/Electrodynamics & Exam Revision. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 5 |
Comprehensive Physics Paper 1 Revision: Mechanics, Waves & Electricity (Grade 10)
Formal SBA Task (Term 4 Week 5): Physical Sciences Grade 10 Controlled Task / Investigation
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Identify and explain the core principles of Comprehensive Physics Paper 1 Revision: Mechanics, Waves & Electricity at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Rates of Reaction, Chemical Equilibrium, Organic/Electrodynamics & Exam Revision. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 6 | Comprehensive Chemistry Paper 2 Revision: Stoichiometry, Equilibrium & Acids/Bases (Grade 10) | Identify and explain the core principles of Comprehensive Chemistry Paper 2 Revision: Stoichiometry, Equilibrium & Acids/Bases at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Rates of Reaction, Chemical Equilibrium, Organic/Electrodynamics & Exam Revision. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 7 | Past Paper Problem-Solving Marathon & Formula Sheet Mastery (Grade 10) | Identify and explain the core principles of Past Paper Problem-Solving Marathon & Formula Sheet Mastery at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Rates of Reaction, Chemical Equilibrium, Organic/Electrodynamics & Exam Revision. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 8 | Final SBA / NSC Examination (Paper 1: Physics) (Grade 10) | Identify and explain the core principles of Final SBA / NSC Examination (Paper 1: Physics) at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Rates of Reaction, Chemical Equilibrium, Organic/Electrodynamics & Exam Revision. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 9 |
Final SBA / NSC Examination (Paper 2: Chemistry) (Grade 10)
Formal SBA Task (Term 4 Week 9): Physical Sciences Grade 10 Controlled Task / Investigation
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Identify and explain the core principles of Final SBA / NSC Examination (Paper 2: Chemistry) at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Rates of Reaction, Chemical Equilibrium, Organic/Electrodynamics & Exam Revision. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
| Week 10 | Final Moderation & Year-End Sign-Off (Grade 10) | Identify and explain the core principles of Final Moderation & Year-End Sign-Off at Grade 10 (FET Phase) level. Analyse examples, source material, or practical problems connected to Rates of Reaction, Chemical Equilibrium, Organic/Electrodynamics & Exam Revision. Complete the 20-mark CAPS cognitive worksheet accurately with full working/justification. | Generate Pack → |
Sample 5-in-1 Pack Preview: Term 1 Week 1 (Vectors, Scalars & Resultant Vector Calculations in 1D/2D (Grade 10))
Every weekly topic in Grade 10 Physical Sciences generates a structured lesson plan, cognitive-weighted questions, and a bilingual parent guide.
1. 60-Minute CAPS Lesson Plan
Source: DBE / WCED Grade 10 Physical Sciences Annual Teaching Plan (FET Phase) (Term 1 · Week 1)
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10 min Phase 1: Baseline Activation & Real-World Hook (Hook & Prior Knowledge)Review prior knowledge from earlier weeks in Mechanics & Waves, Sound and Light · Matter & Atomic Structure using quick whiteboards or oral Q&A. Introduce today's focus: Vectors, Scalars & Resultant Vector Calculations in 1D/2D, linking it to learners' everyday South African community context and MTbBE home-language vocabulary.
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20 min Phase 2: Explicit CAPS Concept Modelling ("I Do" Explicit Modelling)Model the key concepts and terminology of Vectors, Scalars & Resultant Vector Calculations in 1D/2D step-by-step on the board with worked examples. Highlight common misconceptions and demonstrate how to structure full-mark responses for Grade 10.
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20 min Phase 3: Collaborative Application & Structured Practice ("We Do" Guided & Pair Work)Learners work in pairs on the guided source/problem activity for Vectors, Scalars & Resultant Vector Calculations in 1D/2D. Circulate to check comprehension, prompt higher-order thinking, and support learners using bilingual concept cards.
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10 min Phase 4: Independent Exercise Application ("You Do" Worksheet Practice)Learners complete the levelled 20-mark CAPS exercises on "Vectors, Scalars & Resultant Vector Calculations in 1D/2D (Grade 10)". Teacher circulates with the scoring rubric to check Method [M] and Accuracy [A] steps in real time.
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10 min Phase 5: Synthesis, Exit Ticket & Home Connection (Exit Ticket & Family Bridge)Review the 3 key takeaways from Vectors, Scalars & Resultant Vector Calculations in 1D/2D and mark Question 1 together as a class. Assign the family conversation prompt so learners explain Vectors, Scalars & Resultant Vector Calculations in 1D/2D at home.
Differentiation & Support: Provide structured sentence frames, visual concept organisers, and step-by-step worked prompts for Vectors, Scalars & Resultant Vector Calculations in 1D/2D.
2. 20-Mark Cognitive Worksheet & Memo
Cognitive Weighting: Aligned to CAPS Barrett / Bloom Taxonomy
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Question 1 · Level 1: Knowing / Literal (25%) [3 Marks]Define the main concept or key term studied in "Vectors, Scalars & Resultant Vector Calculations in 1D/2D" (Grade 10 Physical Sciences).Memo: Award 3 marks for an accurate, grade-appropriate definition identifying the core concept of Vectors, Scalars & Resultant Vector Calculations in 1D/2D and a relevant example.
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Question 2 · Level 1: Knowing / Reorganisation (20%) [4 Marks]Identify TWO important features, facts, or components of Vectors, Scalars & Resultant Vector Calculations in 1D/2D covered in Term 1 Week 1.Memo: Award 2 marks per correct feature/component clearly stated from the Term 1 Week 1 lesson (2 × 2 = 4 marks).
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Question 3 · Level 2: Understanding / Inference (25%) [5 Marks]Explain how the concepts in "Vectors, Scalars & Resultant Vector Calculations in 1D/2D" work together or why they are important in Mechanics & Waves, Sound and Light · Matter & Atomic Structure.Memo: Award up to 5 marks for a coherent cause-and-effect explanation linking the concepts of Vectors, Scalars & Resultant Vector Calculations in 1D/2D to Mechanics & Waves, Sound and Light · Matter & Atomic Structure.
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Question 4 · Level 3: Applying & Analysing (20%) [5 Marks]Apply your knowledge of "Vectors, Scalars & Resultant Vector Calculations in 1D/2D" to solve or analyse a practical South African classroom/community scenario.Memo: Award 3 marks for correct application of Physical Sciences principles and 2 marks for clear justification in context (5 marks).
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Question 5 · Level 4: Evaluating / Synthesising (10%) [3 Marks]Evaluate a conclusion or propose an evidence-based solution related to "Vectors, Scalars & Resultant Vector Calculations in 1D/2D". Give a reason for your answer.Memo: Award 1 mark for a clear judgement/proposal and 2 marks for well-reasoned supporting evidence (3 marks). Total = 20 marks.
3. Sunday WhatsApp Family Guide & Resources
This week in Grade 10 Physical Sciences (Term 1, Week 1), learners are exploring "Vectors, Scalars & Resultant Vector Calculations in 1D/2D" under the CAPS strand "Mechanics & Waves, Sound and Light · Matter & Atomic Structure".
Dinner-Table Coaching Prompts:
- What was the most interesting idea or example you learned today about "Vectors, Scalars & Resultant Vector Calculations in 1D/2D"?
- How do we see "Vectors, Scalars & Resultant Vector Calculations in 1D/2D" working in our home, neighbourhood, or community?
- Can you teach me the key terms from this week's lesson in both our home language and the language of teaching?
Required Classroom Resources: CAPS Physical Sciences Data & Formula Sheet, Periodic Table & Scientific Calculators · Ticker-Timer / Trolley Track, Multimeters, Resistors, Beakers & Standard Solutions · Structured Past-Paper Problem Sets & Graph Paper
Frequently Asked Questions — Grade 10 Physical Sciences
What is covered in the Grade 10 Physical Sciences 2026 CAPS Annual Teaching Plan (ATP)?
The Grade 10 Physical Sciences (FET Phase) curriculum covers 40 weeks across Terms 1 to 4, starting with "Vectors, Scalars & Resultant Vector Calculations in 1D/2D (Grade 10)" under the "Mechanics & Waves, Sound and Light · Matter & Atomic Structure" strand, including weekly informal classwork and formal School-Based Assessment (SBA) tasks in Weeks 5 and 9.
Can I download printable A4 worksheets and marking memorandums for Grade 10 Physical Sciences?
Yes. Every week in Grade 10 Physical Sciences includes a print-ready 60-minute CAPS lesson plan, a toner-safe A4 learner worksheet, a 20-mark cognitive-weighted assessment with a complete teacher marking memorandum, and a Sunday WhatsApp parent guide.
Are Grade 10 Physical Sciences worksheets available with bilingual South African language support?
Yes. Grasp includes built-in Mother Tongue-based Bilingual Education (MTbBE) vocabulary bridges across all 11 official languages (English, Afrikaans, isiXhosa, isiZulu, Sepedi, Sesotho, Setswana, siSwati, Tshivenda, Xitsonga, isiNdebele) to help learners master Grade 10 Physical Sciences terminology.
Other Grade 10 CAPS Subjects (FET Phase)
Grade 10 MathematicsGrade 10 Physical SciencesGrade 10 Life SciencesGrade 10 Social Sciences (History & Geography)Grade 10 Economic & Management Sciences (EMS)Grade 10 English Home LanguageGrade 10 Afrikaans FALGrade 10 isiXhosa HL / FALGrade 10 isiZulu HL / FALGrade 10 Life Skills / Life OrientationGrade 10 Coding & Robotics
Physical Sciences Across All Grades (Grades R–12)
Grade R Physical SciencesGrade 1 Physical SciencesGrade 2 Physical SciencesGrade 3 Physical SciencesGrade 4 Physical SciencesGrade 5 Physical SciencesGrade 6 Physical SciencesGrade 7 Physical SciencesGrade 8 Physical SciencesGrade 9 Physical SciencesGrade 10 Physical SciencesGrade 11 Physical SciencesGrade 12 Physical Sciences