Summary

• Description:

  This fully editable MS Word document comprises the ready-for-use Grade 11 Chemistry Term 1 2027 Schemes of Work. An instant, printable PDF version is also readily available for download upon request.

  Reflecting the rigorous analytical and laboratory standards of the CBC senior school chemistry design, this scheme delivers a complete, high-impact instructional plan. Every lesson incorporates specific learning outcomes, key inquiry questions, guided wet-lab practicals, quantitative stoichiometric calculations, and varied assessment modes such as titration skill checklists, empirical formula lab reports, and written concept tests. Structured with designated assessment and mid-term windows, this scheme is 100% compliant with quality assurance expectations and ready for immediate deployment.

  Professionally mapped across 5 lessons per week, this scheme of work provides comprehensive, week-by-week coverage across key strands, sub-strands, and practical competencies:

  • Week 1: Inorganic Chemistry – The Mole: The mole concept as a standard SI unit; Avogadro's constant; relative atomic and formula mass determinations; and quantitative interconversions between mass, moles, and particulate counts.
  • Week 2: Inorganic Chemistry – The Mole: Multi-step molar calculations; establishing stoichiometric relationships from balanced chemical equations; and deriving reacting mole ratios.
  • Week 3: Inorganic Chemistry – The Mole: Calculating percentage composition by mass; experimental determination of empirical formulae using combustion reactions (magnesium oxide/copper oxide); and calculating molecular formulae from molar mass data.
  • Week 4: Inorganic Chemistry – The Mole: Volumetric chemistry; preparation of standard solutions from solid and liquid solutes; volumetric dilutions; and theoretical principles of acid-base indicators and neutralization.
  • Week 5: Inorganic Chemistry – The Mole: Practical acid-base titrations; volumetric calculations to determine unknown concentrations; redox titration fundamentals; reacting mole ratios; and calculations involving molar gas volumes at STP/RTP.
  • Week 6: Inorganic Chemistry – Non-metals: Consolidation of quantitative stoichiometry; natural and industrial sources of oxygen, nitrogen, and hydrogen; and laboratory methods for gas generation, collection, and drying.
  • Week 7: Mid-Term Break: Scheduled institutional mid-term break with no timetabled lessons.
  • Week 8: Inorganic Chemistry – Non-metals: Laboratory preparation and collection of hydrogen, oxygen, and nitrogen; fractional distillation of liquid air; and comparative testing of physical properties (solubility, density, combustion support).
  • Week 9: Inorganic Chemistry – Non-metals: Chemical reactivity profiles of oxygen, nitrogen, and hydrogen with metals, non-metals, and reducing agents; balanced redox equations; and industrial uses in the Haber and contact processes.
  • Week 10: Revision & Consolidation: Comprehensive synthesis of stoichiometric calculations, volumetric analysis procedures, gas chemistry reaction profiles, and environmental industrial mitigation; portfolio reviews; and terminal revision tasks.
  • Week 11: End-Term Assessments: Administration, grading, and recording of end-of-term written theory examinations and volumetric analysis laboratory practicals.
  • Week 12: School Closure: Reagent inventory audits, chemical waste disposal, laboratory maintenance, and official school closure.

  Transform your laboratory planning into an effortless, structured process with this professionally vetted teaching resource. Purchase, download, and customize your copy of the Grade 11 Chemistry scheme of work today to ensure elite performance in both theory and practical work.

• File Size:

  39.94 KB
• Category:

  Schemes of Work
• Level:

  Grade 11
• Subject:

  Chemistry
• Posted By:

  Caleb_Peter

Enter your details below to initiate a payment using MPESA.