Summary

• Description:

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

  Prepared in alignment with the Grade 10 Chemistry Curriculum Design (KICD 2025) and referencing the standard Chemistry Learner's Book (pages 120 to 185), this downloadable Record of Work provides an editable 9-week laboratory tracking document. Built on a 5-lesson-per-week structure (incorporating the Week 7 mid-term break), it accurately documents 45 scheduled chemistry periods covering acid-base theory, salt preparation, and industrial environmental applications.

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

  • Physical Chemistry:
    • Acids and Bases (Arrhenius Ion Dissociation, Acid-Base Indicators, Gas Evolution Reactions with Metals & Carbonates, Neutralization, pH Scale, Ionization of Strong vs Weak Electrolytes, Electrical Conductivity, Practical Applications, Corrosive Waste Disposal)
    • Introduction to Salts (Salts Classification, Water Solubility Rules, Soluble Salt Preparations [Metal-Acid, Base-Acid, Titration, Carbonate-Acid], Insoluble Salt Synthesis by Double Decomposition, Ionic Equations, Direct Synthesis of Anhydrous Salts)
    • Salt Properties & Behavior on Exposure to Air (Hygroscopy, Deliquescence, Efflorescence)
    • Industrial Applications, Environmental Pollution (Eutrophication, Acidification), Mitigation Strategies, and Heavy Metal Waste Disposal
    • Qualitative Salt Analysis, Percentage Yield Calculations, and Industrial Fertilizer Manufacturing
  • Mid-Term Break, Revision, and Assessment:
    • Mid-Term Written Test & Official Mid-Term Break (Week 7)
    • Comprehensive Physical Chemistry Revision & Concept Mind Mapping
    • End-of-Term Practical and Summative Written Examinations

  The record documents laboratory competencies, reaction mechanisms, and theoretical learning outcomes, including:

  • Demonstrating hydrogen and hydroxide ion dissociation in water and confirming evolved gases using hydrogen pop tests and limewater precipitation for carbon(IV) oxide.
  • Determining pH values using Universal Indicators and pH meters, while linking electrical conductivity bulb brightness to mobile ion concentrations in strong versus weak electrolytes.
  • Classifying salts (normal, acid, basic, double) and predicting solubility behavior across nitrates, chlorides, sulfates, and carbonates.
  • Synthesizing pure, dry soluble salt crystals through acid-metal reactions, acid-insoluble base filtration, acid-carbonate reactions, and acid-alkali titration.
  • Preparing insoluble salts by double decomposition, canceling spectator ions, and deriving balanced net ionic equations.
  • Investigating crystal water loss and absorption through experiments on hygroscopic (copper sulfate), deliquescent (calcium chloride), and efflorescent (washing soda) salts.
  • Conducting qualitative tests on unknown salts, calculating experimental percentage yields, and formulating mitigation strategies against agricultural eutrophication.

  Pedagogical strategies documented include guided bench titrations, gas collection practicals, electrical conductivity tests, qualitative analysis worksheets, awareness poster projects on inorganic fertilizer run-off, and chemical waste neutralization drills. Documented assessments include titration technique checklists, laboratory practical reports, written equation tests, data recording matrices, and end-term examinations.

  Featuring a clean, Django-ready layout, this record includes weekly curriculum reference points, observation columns, and official headmaster approval sections for institutional compliance.

• File Size:

  35.25 KB
• Length:

  17 pages
• Category:

  Records of Work
• Level:

  Grade 10
• Subject:

  Chemistry
• Posted By:

  Caleb_Peter

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