Summary

• Description:

  The MS Word document comprises Grade 10 Electricity Term 2 Records of Work 2026. The PDF version is also available upon your request. These records of work are designed directly from the up-to-date KICD-approved curriculum design, making them versatile for use with any KICD-approved textbook and ensuring they synchronize flawlessly with your Term 2 schemes of work and lesson plans.

  This document presents a structured guide for teaching the Grade 10 Electricity syllabus during Term 2.

  • Number of Weeks: 11 weeks
  • Number of Lessons/Periods per Week: 5 lessons
  • Week Distribution: The curriculum guides instruction from Week 1 to Week 8, and Week 10 to Week 12. Out of the standard 14 weeks, the missing weeks (Week 9, 13, and 14) are dedicated to the midterm break, end of Term 2 revisions, and the administration of exams.

  It covers the following strands and sub-strands:

  • 2.0 Electrical Machines
    • 2.1 Magnetism (Weeks 1-2)
      • Meaning of magnetism and identifying magnetic materials in daily life.
      • Properties of magnets, including attraction and repulsion.
      • Demonstrating magnetisation and demagnetisation methods.
      • Drawing and observing magnetic field patterns using iron filings and compasses.
      • Applications and everyday uses of magnets in electrical devices.
      • Explaining types of magnets (bar, horseshoe, ring).
      • Explaining magnetic domains using diagrams.
      • Investigating and classifying magnetic materials.
      • Applying knowledge of magnetism in engineering projects.
    • 2.2 Electromagnetism (Weeks 3-4)
      • Concept of electromagnetism and current-carrying conductors.
      • Describing the magnetic field created around a conductor.
      • Constructing simple electromagnets using coil wire and an iron core.
      • Explaining and applying the right-hand grip rule.
      • Identifying applications of electromagnets (bells, relays).
      • Solenoid operation and behaviour.
      • Investigating factors that affect the strength of an electromagnet.
      • Identifying faults and troubleshooting simple electromagnetic devices.
      • Appreciating the importance of electromagnetism in modern technology.
    • 2.3 Inductors and Inductance (Weeks 5-6)
      • Energy storage in inductors.
      • Constructing simple inductors by winding coils.
      • Concept of inductance and its importance in circuits.
      • Analysing the behaviour of inductors in DC circuits.
      • Identifying applications of inductors in appliances and electronics.
      • Calculating inductance concepts and determining values.
      • Constructing and observing the response of simple RL circuits.
  • 3.0 Electrical Installation
    • 3.1 Generation Transmission and Distribution of Electricity (Week 7)
      • Describing electricity generation and researching power stations.
      • Explaining transmission systems and drawing network diagrams.
      • Explaining the distribution network and local grid systems.
      • Modelling power distribution and operating a model grid system.
      • Appreciating the importance of the national grid.
    • 3.2 Equipment at Consumers Intake Point (Week 8)
      • Identifying equipment that controls electricity entering buildings (service cable, meters).
      • Functions and safety roles of intake equipment.
      • Demonstrating the installation sequence of intake equipment.
      • Preparing earthing points and demonstrating earthing procedures.
      • Explaining electrical safety rules and regulations.
    • 3.3 Final Circuits (Weeks 10-12)
      • Explaining types of final circuits (lighting and socket circuits).
      • Interpreting electrical wiring diagrams for installation.
      • Preparing tools and compiling materials lists.
      • Safely installing simple final circuits in the workshop.
      • Testing final circuits and performing testing procedures.
      • Explaining domestic wiring distribution power.
      • Drawing wiring circuits as engineers represent them.
      • Practical installation of socket and lighting circuits.
      • Identifying faults and simulating circuit failures.
      • Repairing faulty electrical circuits.
      • Evaluating the quality of installations and presenting technician reports.
• File Size:

  43.68 KB
• Length:

  11 pages
• Category:

  Records of Work
• Level:

  Grade 10
• Subject:

  ELECTRICITY
• Posted By:

  Caleb_Peter

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