Summary

• Description:

  The MS Word document comprises Grade 10 Power Mechanics Term 2 Lesson Plans 2026. The PDF version is also available upon your request. The lesson plans were generated using the updated KICD-approved curriculum design and hence can be used with any KICD-approved book.

  These lesson plans provide an extensive exploration of the Term 2 2026 Grade 10 Power Mechanics syllabus, engaging learners in both the theoretical and practical aspects of motor vehicle engineering.

  • Number of Weeks: 14
  • Number of Lessons per Week: 5
  • Mid Term Break Week: 9
  • End of Term Exams and Assessments: Week 14

  It covers the following strands and sub-strands:

  • 3.0 Motor Vehicle Systems
    • 3.2 Motor Vehicle Body
      • Describing functions of the vehicle body in motor vehicles
      • Discussing the importance of the vehicle body in terms of aesthetics and protection
      • Illustrating different types of vehicle bodies
      • Identifying common vehicle bodies seen in daily life
      • Classifying vehicle bodies according to their specific uses
      • Relating vehicle body design to its intended commercial or personal use
      • Identifying interior body parts of vehicles and explaining their purpose
      • Illustrating exterior vehicle body parts and naming major panels
      • Explaining the importance of vehicle body parts in design and performance
      • Discussing structural integrity for passenger safety
      • Identifying emergency vehicles and their specialized bodies
      • Describing safety features integrated into vehicle bodies (e.g., crumple zones, seat belts, airbags)
      • Appreciating the role of vehicle body design in performance, speed, and fuel consumption
    • 3.3 Motor Vehicle Chassis
      • Describing the motor vehicle chassis and distinguishing it from the body
      • Explaining the functions of a motor vehicle chassis in supporting the vehicle load
      • Illustrating different types of chassis frames and sketching various designs
      • Identifying safety features in chassis designs and explaining contributions to stability
      • Explaining the role of the chassis in supporting other components
      • Describing materials used in chassis construction and explaining why specific metals are preferred
      • Illustrating frame sections and explaining how shape provides structural strength
      • Matching different frame types to their specific vehicle categories
      • Explaining safety improvements in modern chassis design
    • 3.4 Motor Vehicle Body Joining Processes
      • Illustrating various locking devices used with threaded fasteners
      • Performing the riveting process to join pieces of sheet metal
      • Identifying the specialized tools used in various joining processes
      • Demonstrating the correct application of adhesives for joining vehicle parts
      • Explaining safety precautions required when using joining tools
  • 4.0 Engines
    • 4.1 Introduction to Engines
      • Identifying various uses of engines in modern society and listing machine examples
      • Explaining common engine terminologies (e.g., Bore, Stroke, TDC, BDC)
      • Calculating engine capacity (displacement) using standard formulas
      • Relating engine capacity to the size and power of the engine
      • Discussing the social and economic impact of engine technology in daily life
      • Identifying the major static and dynamic parts of an engine
    • 4.2 Classification of Engines
      • Explaining methods used in classifying internal combustion engines
      • Classifying engines based on the type of fuel they consume
      • Explaining the differences between fuel systems in petrol and diesel engines
      • Appreciating the importance of standardizing engine classifications
      • Identifying different engine classes as they appear in real-life applications
      • Explaining the technical reasons why engines are designed differently for various tasks
      • Comparing different engines based on their technical specifications
      • Applying engine classification knowledge to correctly identify unknown engine types
• File Size:

  138.95 KB
• Length:

  114 pages
• Category:

  Lesson Plans
• Level:

  Grade 10
• Subject:

  POWER MECHANICS
• Posted By:

  Caleb_Peter

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