Grade 10 Physics Scheme of Work

Wk.	Lsn	Strand	Sub-strand	Lesson Learning Outcomes	Learning Experiences	Key Inquiry Question(s)	Learning Resources	Assessment Methods	Reflection
1	1	Waves and Optics	Properties of waves: rectilinear propagation, reflection, refraction, diffraction and interference, treated qualitatively.	By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.	Learners discuss wave properties, perform demonstrations, sketch wave patterns, and relate waves to light behaviour.	How can you apply Physics learning from Waves and Optics in real-life contexts?	Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.	Assess wave sketches, practical observation, and oral questioning.	Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Properties of waves: rectilinear propagation, reflection, refraction, diffraction and interference, treated qualitatively. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.
2	1	Waves and Optics	Applications of wave properties, need for modulation, production and detection of frequency-modulated waves.	By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.	Learners research communication uses of wave properties, discuss modulation, and model transmission of information using waves.	How can you apply Physics learning from Waves and Optics in real-life contexts?	Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.	Use research notes, presentation rubric, and short written task.	Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Applications of wave properties, need for modulation, production and detection of frequency-modulated waves. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.
3	1	Waves and Optics	Stationary waves, modes of vibration, applications of stationary waves, and associated qualitative and simple numerical relationships.	By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.	Learners use strings, springs or simulations to demonstrate stationary waves and connect them to musical instruments and communication systems.	How can you apply Physics learning from Waves and Optics in real-life contexts?	Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.	Assess practical notes, labelled sketches, and calculation exercise.	Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Stationary waves, modes of vibration, applications of stationary waves, and associated qualitative and simple numerical relationships. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.
4	1	Waves and Optics	Doppler effect, examples in sound and electromagnetic waves, and applications in day-to-day life.	By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.	Learners analyse real-life Doppler effect scenarios and use diagrams or simulations to explain relative motion and observed frequency change.	How can you apply Physics learning from Waves and Optics in real-life contexts?	Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.	Use scenario responses, diagram rubric, and oral explanation.	Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Doppler effect, examples in sound and electromagnetic waves, and applications in day-to-day life. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.
5	1	Waves and Optics	Integrated wave-properties task covering propagation, reflection, refraction, diffraction, interference, modulation, stationary waves and Doppler effect.	By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.	Learners complete station activities, sketches and presentations using local resources and digital simulations where available.	How can you apply Physics learning from Waves and Optics in real-life contexts?	Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.	Use station rubric, portfolio evidence, and peer feedback.	Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Integrated wave-properties task covering propagation, reflection, refraction, diffraction, interference, modulation, stationary waves and Doppler effect. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.
6	1	Waves and Optics	Radioactivity terminology: nuclear stability, radioactivity, half-life, nuclide, radioisotope, radioactive decay and background radiation.	By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.	Learners search print and digital resources, build a glossary, and explain key radioactivity terms in groups.	How can you apply Physics learning from Waves and Optics in real-life contexts?	Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.	Assess glossary, oral questions, and learner portfolio entry.	Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Radioactivity terminology: nuclear stability, radioactivity, half-life, nuclide, radioisotope, radioactive decay and background radiation. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.
7	1	Waves and Optics	Types and properties of radiations: alpha, beta and gamma; nature, charge, relative mass, absorption, velocity, ionising power and field behaviour.	By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.	Learners make charts comparing radiations and interpret diagrams showing penetration and behaviour in electric or magnetic fields.	How can you apply Physics learning from Waves and Optics in real-life contexts?	Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.	Use comparison chart, diagram interpretation, and quiz.	Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Types and properties of radiations: alpha, beta and gamma; nature, charge, relative mass, absorption, velocity, ionising power and field behaviour. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.
8	1	Waves and Optics	Radioactive decay, nuclear equations, stability of isotopes, and how radionuclides attain stability.	By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.	Learners write and interpret simple nuclear equations and explain decay processes using guided examples.	How can you apply Physics learning from Waves and Optics in real-life contexts?	Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.	Assess nuclear equation practice, peer marking, and written questions.	Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Radioactive decay, nuclear equations, stability of isotopes, and how radionuclides attain stability. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.
9	1	Waves and Optics	Detection of radioactive emissions, background radiation, half-life and its significance using decay curves.	By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.	Learners interpret decay curves, determine half-life graphically, and discuss detection methods and safety precautions.	How can you apply Physics learning from Waves and Optics in real-life contexts?	Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.	Use graph interpretation, safety checklist, and short test.	Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Detection of radioactive emissions, background radiation, half-life and its significance using decay curves. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.
10	1	Waves and Optics	Nuclear fission, nuclear fusion, chain reactions, nuclear equations, and significance of nuclear reactions as energy sources.	By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.	Learners compare fission and fusion, discuss nuclear reactions as different from chemical reactions, and analyse energy-use scenarios.	How can you apply Physics learning from Waves and Optics in real-life contexts?	Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.	Assess comparison table, scenario responses, and oral questioning.	Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Nuclear fission, nuclear fusion, chain reactions, nuclear equations, and significance of nuclear reactions as energy sources. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.
11	1	Waves and Optics	Medical, industrial, agricultural, carbon dating and environmental applications of radioactivity, including dangers and safety measures.	By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.	Learners research applications and risks, discuss safe handling and disposal, and present findings to peers.	How can you apply Physics learning from Waves and Optics in real-life contexts?	Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.	Use research presentation, values reflection, and safety rubric.	Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Medical, industrial, agricultural, carbon dating and environmental applications of radioactivity, including dangers and safety measures. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.
12	1	Waves and Optics	Integrated radioactivity task on emissions, stability, decay, half-life, fission, fusion, applications and safety.	By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.	Learners complete charts, decay-curve tasks, nuclear-equation practice and safety case studies.	How can you apply Physics learning from Waves and Optics in real-life contexts?	Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.	Use portfolio evidence, station rubric, and remediation notes.	Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Integrated radioactivity task on emissions, stability, decay, half-life, fission, fusion, applications and safety. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.
13	1	Waves and Optics	End-term review, assessment, records, portfolio update, and transition to Electricity, Magnetism, Environmental and Space Physics.	By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.	Learners revise Term 2 concepts, complete assessment, update portfolios, and prepare for electric circuits and space physics.	How can you apply Physics learning from Waves and Optics in real-life contexts?	Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.	File marks, records of work, and teacher reflection.	Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on End-term review, assessment, records, portfolio update, and transition to Electricity, Magnetism, Environmental and Space Physics. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Wk.

Lsn

Strand

Sub-strand

Lesson Learning Outcomes

Learning Experiences

Key Inquiry Question(s)

Learning Resources

Assessment Methods

Reflection

Waves and Optics

Properties of waves: rectilinear propagation, reflection, refraction, diffraction and interference, treated qualitatively.

By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.

Learners discuss wave properties, perform demonstrations, sketch wave patterns, and relate waves to light behaviour.

How can you apply Physics learning from Waves and Optics in real-life contexts?

Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.

Assess wave sketches, practical observation, and oral questioning.

Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Properties of waves: rectilinear propagation, reflection, refraction, diffraction and interference, treated qualitatively. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Waves and Optics

Applications of wave properties, need for modulation, production and detection of frequency-modulated waves.

By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.

Learners research communication uses of wave properties, discuss modulation, and model transmission of information using waves.

How can you apply Physics learning from Waves and Optics in real-life contexts?

Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.

Use research notes, presentation rubric, and short written task.

Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Applications of wave properties, need for modulation, production and detection of frequency-modulated waves. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Waves and Optics

Stationary waves, modes of vibration, applications of stationary waves, and associated qualitative and simple numerical relationships.

By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.

Learners use strings, springs or simulations to demonstrate stationary waves and connect them to musical instruments and communication systems.

How can you apply Physics learning from Waves and Optics in real-life contexts?

Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.

Assess practical notes, labelled sketches, and calculation exercise.

Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Stationary waves, modes of vibration, applications of stationary waves, and associated qualitative and simple numerical relationships. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Waves and Optics

Doppler effect, examples in sound and electromagnetic waves, and applications in day-to-day life.

By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.

Learners analyse real-life Doppler effect scenarios and use diagrams or simulations to explain relative motion and observed frequency change.

How can you apply Physics learning from Waves and Optics in real-life contexts?

Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.

Use scenario responses, diagram rubric, and oral explanation.

Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Doppler effect, examples in sound and electromagnetic waves, and applications in day-to-day life. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Waves and Optics

Integrated wave-properties task covering propagation, reflection, refraction, diffraction, interference, modulation, stationary waves and Doppler effect.

By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.

Learners complete station activities, sketches and presentations using local resources and digital simulations where available.

How can you apply Physics learning from Waves and Optics in real-life contexts?

Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.

Use station rubric, portfolio evidence, and peer feedback.

Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Integrated wave-properties task covering propagation, reflection, refraction, diffraction, interference, modulation, stationary waves and Doppler effect. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Waves and Optics

Radioactivity terminology: nuclear stability, radioactivity, half-life, nuclide, radioisotope, radioactive decay and background radiation.

By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.

Learners search print and digital resources, build a glossary, and explain key radioactivity terms in groups.

How can you apply Physics learning from Waves and Optics in real-life contexts?

Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.

Assess glossary, oral questions, and learner portfolio entry.

Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Radioactivity terminology: nuclear stability, radioactivity, half-life, nuclide, radioisotope, radioactive decay and background radiation. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Waves and Optics

Types and properties of radiations: alpha, beta and gamma; nature, charge, relative mass, absorption, velocity, ionising power and field behaviour.

By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.

Learners make charts comparing radiations and interpret diagrams showing penetration and behaviour in electric or magnetic fields.

How can you apply Physics learning from Waves and Optics in real-life contexts?

Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.

Use comparison chart, diagram interpretation, and quiz.

Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Types and properties of radiations: alpha, beta and gamma; nature, charge, relative mass, absorption, velocity, ionising power and field behaviour. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Waves and Optics

Radioactive decay, nuclear equations, stability of isotopes, and how radionuclides attain stability.

By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.

Learners write and interpret simple nuclear equations and explain decay processes using guided examples.

How can you apply Physics learning from Waves and Optics in real-life contexts?

Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.

Assess nuclear equation practice, peer marking, and written questions.

Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Radioactive decay, nuclear equations, stability of isotopes, and how radionuclides attain stability. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Waves and Optics

Detection of radioactive emissions, background radiation, half-life and its significance using decay curves.

By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.

Learners interpret decay curves, determine half-life graphically, and discuss detection methods and safety precautions.

How can you apply Physics learning from Waves and Optics in real-life contexts?

Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.

Use graph interpretation, safety checklist, and short test.

Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Detection of radioactive emissions, background radiation, half-life and its significance using decay curves. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Waves and Optics

Nuclear fission, nuclear fusion, chain reactions, nuclear equations, and significance of nuclear reactions as energy sources.

By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.

Learners compare fission and fusion, discuss nuclear reactions as different from chemical reactions, and analyse energy-use scenarios.

How can you apply Physics learning from Waves and Optics in real-life contexts?

Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.

Assess comparison table, scenario responses, and oral questioning.

Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Nuclear fission, nuclear fusion, chain reactions, nuclear equations, and significance of nuclear reactions as energy sources. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Waves and Optics

Medical, industrial, agricultural, carbon dating and environmental applications of radioactivity, including dangers and safety measures.

By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.

Learners research applications and risks, discuss safe handling and disposal, and present findings to peers.

How can you apply Physics learning from Waves and Optics in real-life contexts?

Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.

Use research presentation, values reflection, and safety rubric.

Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Medical, industrial, agricultural, carbon dating and environmental applications of radioactivity, including dangers and safety measures. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Waves and Optics

Integrated radioactivity task on emissions, stability, decay, half-life, fission, fusion, applications and safety.

By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.

Learners complete charts, decay-curve tasks, nuclear-equation practice and safety case studies.

How can you apply Physics learning from Waves and Optics in real-life contexts?

Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.

Use portfolio evidence, station rubric, and remediation notes.

Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Integrated radioactivity task on emissions, stability, decay, half-life, fission, fusion, applications and safety. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Waves and Optics

End-term review, assessment, records, portfolio update, and transition to Electricity, Magnetism, Environmental and Space Physics.

By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.

Learners revise Term 2 concepts, complete assessment, update portfolios, and prepare for electric circuits and space physics.

How can you apply Physics learning from Waves and Optics in real-life contexts?

Official KICD Grade 10 Senior School curriculum design, approved course materials, locally available resources, digital resources, charts, models, tools, and learner portfolios.

File marks, records of work, and teacher reflection.

Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on End-term review, assessment, records, portfolio update, and transition to Electricity, Magnetism, Environmental and Space Physics. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

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Week 1 , Lesson 1

Strand: Waves and Optics
Sub-strand: Properties of waves: rectilinear propagation, reflection, refraction, diffraction and interference, treated qualitatively.
Learning Outcome: By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.
Reflection: Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Properties of waves: rectilinear propagation, reflection, refraction, diffraction and interference, treated qualitatively. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Week 2 , Lesson 1

Strand: Waves and Optics
Sub-strand: Applications of wave properties, need for modulation, production and detection of frequency-modulated waves.
Learning Outcome: By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.
Reflection: Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Applications of wave properties, need for modulation, production and detection of frequency-modulated waves. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.

Week 3 , Lesson 1

Strand: Waves and Optics
Sub-strand: Stationary waves, modes of vibration, applications of stationary waves, and associated qualitative and simple numerical relationships.
Learning Outcome: By the end of the lesson, the learner should be able to demonstrate Grade 10 Physics understanding, skills, values, and reflection related to Waves and Optics.
Reflection: Most learners were able to measure length, mass, time, volume or temperature using appropriate instruments and record results in tables with correct SI units. Support will focus on learners who need more practice on Stationary waves, modes of vibration, applications of stationary waves, and associated qualitative and simple numerical relationships. Enrichment will give faster learners an extended task or real-life application using the available lesson resources. Next step: plan remediation or proceed based on the observed learner evidence.