Summary

• Description:

  The MS Word document comprises Grade 10 Rationalized Electricity Term 2 Records of Work 2026 – Distinction. The PDF version is also available upon your request.

  This records of work provides extensive coverage of the Term 2 2026 Grade 10 Electricity syllabus, developed in line with the KICD-approved curriculum design and synchronised with Term 2 schemes of work and lesson plans.

  • Number of Weeks: Weeks 1–8 and 10–12 (Week 9 is reserved for mid-term break, while Weeks 13 and 14 are allocated for end of term 2 revisions, exam preparation and administration)
  • Number of Lessons/Periods per Week: 5 lessons per week

  It covers the following strands and sub-strands:

  • Fundamentals of Electricity (Weeks 1–10)
    • Cells and Batteries
      • Principle of operation of primary cells
      • Charging and discharging of secondary cells
      • Connecting batteries in series and parallel
      • Internal resistance of cells
      • Charging methods of batteries – constant current, constant voltage, trickle and float charging
      • Maintenance procedures on cells and batteries
      • Safe disposal of cells and batteries
    • Capacitors and Capacitance
      • Principle of operation of a capacitor
      • Characteristics of capacitive circuits – charging and discharging in DC circuits
      • Selecting appropriate capacitors for electric circuits
      • Series and parallel connection of capacitors including problem solving
      • Importance of capacitors in electrical appliances – filtering, energy storage and signal processing
    • Pictorial Drawings
      • Principles of pictorial drawing – isometric, oblique and perspective
      • Creating isometric and oblique drawings from 2D sketches
      • Using drawing tools to produce pictorial representations
      • Interpreting pictorial drawings
      • Importance of pictorial drawings in engineering design
      • Engineering drawing symbols and their applications
      • Peer review and practical application of pictorial drawings
  • Electronics (Weeks 10–12)
    • Semiconductor Theory
      • Characteristics of semiconductor materials
      • Atomic structure of semiconductors and covalent bonding
      • Intrinsic semiconductors
      • Extrinsic semiconductors and the doping process
      • N-type and P-type semiconductor materials
      • Formation of the PN junction and the depletion layer
      • Modelling the PN junction and covalent bonding in extrinsic semiconductors
      • Applications of semiconductor materials in electronic engineering
      • Review and consolidation of semiconductor theory
• File Size:

  46.54 KB
• Length:

  11 pages
• Category:

  Records of Work
• Level:

  Grade 10
• Subject:

  ELECTRICITY
• Posted By:

  Caleb_Peter

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