Summary

• Description:

  Download editable Grade 10 Electricity Term 3 Record of Work 2026 - Distinction in Microsoft Word document format. A PDF version is also available upon your request.

  Constructed in alignment with the Distinction Electricity textbook (covering pages 179 through 207), this technical Record of Work documents 9 weeks of electrical engineering instruction. Operating on a 5-period weekly timetable, the resource logs 45 lesson sessions detailing semiconductor physics, diode circuit applications, transistor characteristics, and workshop diagnostic procedures.

  This Record of Work tracks curriculum progress across the following core strands and sub-strands:

  • Electronics:
    • Semiconductor Diodes (Anode & Cathode Identification, Unidirectional Conduction, AC to DC Conversion, Forward & Reverse Biasing, Depletion Layer & Barrier Potential, Forward & Reverse I-V Characteristics, Avalanche Breakdown, Half-Wave & Full-Wave Bridge Rectification, Output Waveforms, Zener Diode Voltage Regulators, LED Displays, Multimeter Fault Troubleshooting)
    • Transistors (BJT vs FET Classification, Terminal Identification [Base, Collector, Emitter vs Gate, Drain, Source], Schematic Symbols, NPN & PNP Conduction Mechanics, Voltage-Controlled FET Operation, BJT & FET I-V Characteristic Curves [Active, Saturation, Cut-off, Pinch-off], Transistor Selection Parameters, Breadboard Switching Circuits, Amplification in PA Systems & Logic Gates, Electronics Review)
  • Assessment and Workshop Maintenance:
    • End of Term Examination Paper 1 (Theory) & Paper 2 (Practical)
    • Marked Script Review, Project & Breadboard Portfolio Evaluation, and Workshop Equipment Storage

  Specific electrical trade proficiencies and technical outcomes recorded across the lessons include:

  • Examining PN junction physics, drawing biasing circuit diagrams, and measuring forward and reverse diode current-voltage characteristics to plot I-V curves.
  • Assembling half-wave and full-wave bridge rectifier circuits, sketching DC output waveforms on an oscilloscope, and evaluating rectifier efficiency.
  • Connecting reverse-biased Zener diodes for voltage regulation and constructing current-limited LED multi-segment display circuits.
  • Utilizing digital multimeters on breadboards to diagnose open-circuit and short-circuit diode component faults.
  • Differentiating current-controlled Bipolar Junction Transistors (BJT) from voltage-controlled Field Effect Transistors (FET) and drawing their schematic symbols.
  • Plotting output characteristic curves for BJTs and FETs, identifying cut-off, saturation, active, and pinch-off operating regions.
  • Assembling and testing NPN transistor load-switching circuits on breadboards and evaluating transistor applications in audio amplifiers and digital logic circuits.

  Classroom learning activities include breadboard circuit assembly, oscilloscope waveform analysis, multimeter testing, component characteristic plotting, fault diagnosis drills, and workshop inventory routines. Documented assessment tools include practical circuit rubrics, I-V graph plotting assessments, troubleshooting worksheets, written theory tests, and practical examination papers.

  Each weekly log features standard tracking columns for lesson timing, strand coverage, textbook reference pages, and teacher remarks, accompanied by designated administrative sign-off sections for the Headmaster's verification.

• File Size:

  34.17 KB
• Length:

  11 pages
• Category:

  Records of Work
• Level:

  Grade 10
• Subject:

  Electricity
• Posted By:

  Caleb_Peter

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