Grade 10 Technical Sciences is designed to equip learners with applied scientific knowledge relevant to technology and industry. The curriculum integrates concepts from physics and chemistry, focusing on their practical applications in engineering and technical fields. It is essential to consult the full Grade 10 Annual Teaching Plans (ATPs) for a comprehensive overview.
This article outlines the 2026 Technical Sciences Grade 10 ATP, breaking down the weekly focus areas for teachers and learners, from the initial Units and Measurement in Term 1 to the final End-of-Year Examinations.
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The Annual Teaching Plan is divided into four terms, ensuring comprehensive coverage of mechanics, matter and materials, electricity and magnetism, and thermodynamics.
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Term 1: Mechanics – Units, Vectors, and Motion
Focus: The first term lays the foundation for scientific measurement and introduces the key concepts of mechanics, including motion and forces.
- Weeks 1–2: Measurement and Scientific Notation
- Units: CGS vs. SI units, prefixes, and conversions related to technology2.
- Scientific Notation: Expressing numbers as powers of 10 and working with formulae3.
- Weeks 3–4: Vectors and Scalars
- Definitions: Differentiating between scalar and vector quantities4.
- Graphical Representation: Drawing vectors, resultants, and finding the resultant of vectors in one dimension5.
- Weeks 5–6: Motion in One Dimension
- Kinematics: Position, distance vs. displacement, speed vs. velocity, and acceleration6.
- Calculations: Using formulae for speed, velocity, and acceleration7.
- Weeks 7–9: Forces
- Types: Contact vs. non-contact forces, tension, normal force, friction, and gravitational force (weight vs. mass)8.
- Diagrams: Drawing force diagrams and free-body diagrams9. * Equilibrium: Understanding resultants and equilibrants in one dimension10.
- Assessment: Control Test covering mechanics topics11.
Term 2: Simple Machines, Energy, and Matter
Focus: The second term explores mechanical advantage through simple machines, energy principles, and the classification of matter12.
- Weeks 1–3: Mechanics – Moments and Simple Machines
- Moment of Force: Torque ($T = F \times r$) and the Law of Moments (clockwise vs. anti-clockwise moments)13.
- Levers: Types of levers (Class 1, 2, 3) and calculating Mechanical Advantage ($MA = Load/Effort$)14.
- Weeks 4–5: Energy
- Potential & Kinetic: Defining and calculating Gravitational Potential Energy ($E_p = mgh$) and Kinetic Energy ($E_k = 0.5mv^2$)15.
- Mechanical Energy: Conservation of mechanical energy principle ($E_{mech} = E_p + E_k$)16.
- Weeks 6–9: Matter and Materials
- Classification: Metals, metalloids, non-metals, and their electrical/thermal properties17.
- Pure Substances: Elements vs. compounds and properties of materials (brittle, ductile, malleable)18.
- Naming: Writing names and formulae for compounds using cations and anions19.
- Assessment: June Examination covering Term 1 and 2 content20.
Term 3: Electrostatics, Circuits, and Atomic Structure
Focus: Term 3 delves into electricity and magnetism, examining static charge and current electricity, followed by atomic theory2121.
- Weeks 1–2: Electrostatics
- Charge: Positive and negative charges, conservation of charge ($Q_{new} = \frac{Q_1 + Q_2}{2}$), and polarization2222.
- Weeks 3–6: Electric Circuits
- Basics: Circuit components, symbols, and defining current ($I = \frac{Q}{t}$) and potential difference ($V = \frac{W}{Q}$)2323.
- Resistance: Ohm’s Law concepts, factors affecting resistance (length, thickness, temperature, material), and resistors in series/parallel2424.
- Weeks 7–8: Atomic Structure
- The Atom: Atomic number, mass number, protons, neutrons, and electrons2525.
- Periodic Table: Using the table to determine atomic structure and charge2626.
- Assessment: Formal Experiment (PAT 3) and Control Test covering electricity and matter27272727.
Term 4: Heat, Thermodynamics, and Revision
Focus: The final term introduces heat and temperature concepts before comprehensive revision for the final exams28.
- Weeks 1–4: Heat and Thermodynamics
- Concepts: Difference between heat (energy in Joules) and temperature (degree of hotness in Kelvin/Celsius)29.
- Thermometers: Types of thermometers and converting between Celsius and Kelvin ($T = t + 273$)30.
- Experiment: Measuring the melting point of wax31.
- Weeks 5–7: Revision
- Comprehensive revision of all Grade 10 topics including mechanics, chemistry, and electricity32.
- Assessment: End-of-Year Examinations
- Final Exam: Two papers covering Mechanics, Matter & Materials, Electricity, and Chemical Change33.
FAQ: Technical Sciences Grade 10
Q: How is Technical Sciences different from Physical Sciences?
A: Technical Sciences focuses more on the application of scientific principles in technology and industry (e.g., simple machines, practical circuits), whereas Physical Sciences is more theoretical and abstract.
Q: What is the PAT in Technical Sciences?
A: The Practical Assessment Task (PAT) consists of formal experiments conducted throughout the year (one per term usually) which count towards your final year mark. These include experiments like determining velocity or testing electrical conductivity34.
Q: Do I need a calculator?
A: Yes, a scientific calculator is essential for calculations in mechanics (equations of motion), energy, and electricity35.