Summary

• Description:

  The MS Word document comprises Grade 10 Geography Term 2 Schemes of Work 2026. The PDF version is also available upon your request.

  This scheme of work provides a structured teaching and learning plan for Grade 10 Geography during Term 2.

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

  The scheme of work is organized using strands, sub-strands, specific learning outcomes, key inquiry questions, learning experiences, learning resources, and assessment methods to guide the teaching of physical geography concepts and earth processes.

  It covers the following topics:

  • Meaning and importance of rocks
  • Classification of rocks according to their mode of formation
  • Characteristics of igneous rocks
  • Characteristics of sedimentary rocks
  • Characteristics of metamorphic rocks
  • Distribution of rocks in Kenya
  • Identification of rock types in the local environment
  • Importance of rocks to human activities
  • Economic importance of rocks in construction and industry
  • Conservation of rock resources
  • Differentiation of rock types
  • The rock cycle and transformation of rocks
  • Weathering of rocks
  • Human use of rocks and quarrying activities
  • Concept of folding in the earth’s crust
  • Types of folds
  • Description of anticlines and synclines
  • Causes of folding
  • Formation of fold mountains
  • World distribution of fold mountains
  • Significance of folding and fold mountains
  • Effects of folding on human activities
  • Concept of vulcanicity
  • Intrusive volcanic features
  • Extrusive volcanic features
  • Volcanic eruptions and processes
  • Global distribution of volcanoes
  • Significance of vulcanicity to human activities
  • Environmental effects of vulcanicity
  • Volcanic hazards
  • Disaster preparedness in volcanic regions
  • Concept and causes of earthquakes
  • Types of earthquakes
  • Global distribution of earthquake zones
  • Effects of earthquakes on people and the environment
  • Measurement of earthquakes using the Richter scale
  • Earthquake disaster preparedness
  • Mitigation strategies for earthquake hazards
  • Monitoring earthquakes using seismic stations
  • Case studies of major earthquakes
  • Global earthquake patterns along plate boundaries
  • Environmental impacts of earthquakes
  • Safety measures during earthquakes
  • Government and community response to earthquakes
  • Community preparedness and disaster management strategies
  • Earthquake risk assessment
  • Application of earthquake knowledge to protect communities
  • Revision of rock studies, folding, vulcanicity, and earthquakes
• File Size:

  30.37 KB
• Category:

  Schemes of Work
• Level:

  Grade 10
• Subject:

  GEOGRAPHY
• Posted By:

  Caleb_Peter

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