Summary

• Description:

  This fully editable MS Word document comprises the ready-for-use Grade 11 Chemistry Term 1 2027 Lesson Plans, expertly prepared with the Kenya Institute of Curriculum Development (KICD) Curriculum Design as the primary reference material. An instant, printable PDF version is also readily available for download upon request.

  Complete CBC Chemistry Lesson Plans for Senior School

  Plan Chemistry lessons systematically using a resource organised around the Grade 11 Inorganic Chemistry strand. The Term 1 sequence covers the mole, Avogadro's number, molar mass, chemical calculations, formula determination, standard solutions, titration principles and selected non-metals. Each 40-minute lesson integrates a specific learning outcome, a key inquiry question, guided examples, learner practice and formative assessment.

  Pedagogical and Curriculum Features

  • KICD curriculum reference: Grade 11 Chemistry Curriculum Design, with emphasis on the mole and non-metals.
  • Lesson structure: Strand, sub-strand, learning outcome, inquiry question, resources and assessment.
  • Core competencies: Critical thinking and problem solving, communication and collaboration, learning to learn and digital literacy where applicable.
  • Values: Accuracy, responsibility, integrity in recording results and cooperation.
  • Pertinent contemporary issues: Scientific literacy, health and safety, and responsible measurement and resource use.
  • Learning activities: Guided calculations, particle diagrams, worked examples, practical investigations and interpretation of chemical results where specified.
  • Assessment: Oral questions, concept checks, calculation exercises, written responses and practical work where included.
  • Reflection: Extended activities, learner practice and teacher self-evaluation.

  Detailed Week-by-Week Instructional Coverage

  Mapped in strict alignment with the KICD Curriculum Design, this comprehensive compilation provides step-by-step, lesson-by-lesson instructional blueprints covering the following instructional units:

  • Week 1, Lessons 1–4: The Mole — Meaning, Avogadro's Number, Molar Mass and Mass-to-Mole Conversion
    • Lesson 1: Describe the mole as a unit of measurement.
    • Lesson 2: Explain the relationship between Avogadro's number and the mole.
    • Lessons 3–4: Develop the scheduled sequence involving molar mass, particle representation and mass-to-mole calculations.
  • Week 2, Lessons 1–4: Mole-to-Mass, Particles, Formulae and Equation Ratios
    • Apply mole relationships to mass calculations, particle quantities, chemical formulae and mole ratios from chemical equations.
  • Week 3, Lessons 1–4: Empirical and Molecular Formulae
    • Work through the determination of empirical and molecular formulae using numerical information, structured calculations and guided problem-solving.
  • Week 4, Lessons 1–4: Standard Solutions, Dilution and Titration Principles
    • Examine standard solutions, solution concentration, dilution principles and titration procedures through worked examples and practical learning where specified.
  • Week 5, Lessons 1–4: Acid–Base Titration, Redox Titration, Mole Ratios and Gas Volume
    • Apply quantitative chemical reasoning to acid–base and redox titration, stoichiometric mole ratios and gas-volume relationships.
  • Week 6, Lessons 1–4: Consolidation of the Mole and Introduction to Non-Metals
    • Consolidate mole concepts and calculations before introducing the study of non-metals.
  • Week 7: Mid-Term Break
    • No regular teaching lessons are scheduled.
  • Week 8, Lessons 1–4: Preparation and Properties of Oxygen, Nitrogen and Hydrogen
    • Study the preparation and properties of selected non-metal gases through relevant explanations, diagrams, demonstrations and assessment activities.
  • Week 9, Lessons 1–4: Chemical Reactions and Uses of Selected Gases
    • Investigate reactions and practical uses of selected gases, interpret chemical evidence and connect the lesson concepts to appropriate applications.
  • Week 10, Lessons 1–4: Non-Metals and Term Consolidation
    • Compare selected non-metals, consider environmental connections and consolidate the term's learning through revision and assessment activities.
  • Week 11: End-Term Assessments
    • Reserved for end-term assessment activities.
  • Week 12: School Closure
    • No regular teaching lessons are scheduled.

  Assessment and Scientific Skill Development

  Teachers can use concept checks, oral questions, worked calculations, written exercises and practical investigations where included in the lesson sequence. The structured approach supports the development of numerical accuracy, scientific reasoning, correct recording of results and responsible laboratory practice. Teacher self-evaluation provides a framework for identifying learners who require additional support.

  Who Should Purchase This Resource?

  • Grade 11 Chemistry teachers.
  • Heads of Science Departments.
  • School administrators coordinating curriculum implementation.
  • Teachers seeking structured lesson preparation for calculations, practical chemistry and non-metals.

  Save Preparation Time with Ready-to-Use Chemistry Lessons

  Spend less time building lesson structures from scratch and more time supporting learners' understanding of chemical concepts. The editable document allows teachers to customise examples, practical resources and activities to suit their classrooms and laboratory facilities. Purchase and instantly download your Grade 11 Chemistry lesson plans today for more efficient CBC lesson preparation.

• File Size:

  66.64 KB
• Category:

  Lesson Plans
• Level:

  Grade 11
• Subject:

  Chemistry
• Posted By:

  Caleb_Peter

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