Summary

• Description:

  Download editable Grade 10 General Science Term 3 Record of Work 2026 - Hummingbird in Microsoft Word document format. A PDF version is also available upon your request.

  Prepared based on the approved Humming Bird General Science Learner's Book (covering pages 252 through 358), this Word document Record of Work provides an authentic 9-week instructional log for Senior School integrated physical sciences. Operating on a 5-lesson weekly allocation, the document tracks 45 scheduled periods covering rotational mechanics, rectilinear kinematics, mechanical wave motion, sound acoustics, and electromagnetism.

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

  • Natural Physical Science:
    • Turning Effect of Force (Moments of a Force [M = F × d], Principle of Moments on Metre Rules, Antiparallel Forces, Rotational Measurement with Newton Balances, Everyday Applications)
    • Linear Motion (Scalar Distance vs Vector Displacement, Speed vs Velocity, Stopwatch Timing Calculations [v = s/t], Acceleration & Deceleration [a = (v − u)/t], Equations of Motion [v = u + at, s = ut + 0.5at², v² = u² + 2as], Free Fall & Gravity [g = 10 m/s²], Slope Hazards & Road Safety, Rectilinear Mechanisms)
    • Waves (Transverse Wave Properties [Crests, Troughs, Amplitude, Wavelength], Wave Period & Frequency [T = 1/f], Medium Velocity, Wave Equation [v = fλ], Echo Experiments & Speed of Sound [Speed = 2d/t], Diurnal Atmospheric Refraction, Sound Diffraction Through Openings, Noise Pollution & Architectural Acoustic Barriers, Siren Wave Applications)
    • Magnetism and Electromagnetic Induction (Magnetisation Methods [Electrical, Induction, Stroking, Hammering], Demagnetisation via AC Power, Heating & Hammering, Magnetic Field Mapping with Compasses, Flux Density, Induced EMF & Faraday's Law, Moving Conductors in U-Magnets, Hydropower Generation, MRI & Transformer Applications, Electric Bell Construction)
  • Assessment, Review, and Term Closing:
    • Comprehensive Physical Science Review & Practical Skill Evaluations
    • End-of-Term Summative Written Examination & Script Corrections
    • Portfolio Updates and Student Self-Reflection Journals

  The document records systematic learning outcomes and scientific competencies, including:

  • Calculating moments of force about pivots using M = F × d and verifying the principle of moments on balanced horizontal beams.
  • Measuring field distance and displacement, deriving velocity, and applying linear motion equations to solve uniform acceleration, braking distance, and free-fall gravitational problems.
  • Generating mechanical waves, calculating frequency and speed using v = fλ, and determining the velocity of sound in air via echo wall experiments (Speed = 2d/t).
  • Investigating wave phenomena including atmospheric temperature refraction, acoustic corner diffraction, and environmental noise mitigation using barrier walls.
  • Demonstrating electrical, stroking, and induction magnetisation, tracing magnetic flux lines, and testing demagnetisation using AC coils.
  • Verifying Faraday's law of electromagnetic induction by moving conductors across magnetic fields to generate induced EMF for dynamos, transformers, and electric bells.

  Instructional strategies recorded include timing race experiments, falling object air resistance tests, ripple tank and rope wave demonstrations, wall echo clapping practicals, magnetic field tracing, and electric bell assembly. Assessment methods logged comprise numerical worksheets, practical performance scoring, diagram checks, written tests, and formal end-of-term examinations.

  Featuring dedicated tracking columns for lesson timing, textbook references, teacher remarks, and administrative validation blocks, this resource ensures full compliance and curriculum tracking for school management.

• File Size:

  34.85 KB
• Length:

  10 pages
• Category:

  Records of Work
• Level:

  Grade 10
• Subject:

  General Science
• Posted By:

  Caleb_Peter

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