SS2 Third Term Physics Lesson Note and Scheme of Work
Physics Lesson Note and Scheme of Work – SS2 Third Term
Week 1-3: Optics – Advanced Topics
Day 1-2: Interference and Diffraction of Light
Activity: Conduct experiments to illustrate interference and diffraction.
Day 3-4: Polarization of Light
Activity: Use polarizers to demonstrate polarization effects.
Day 5-7: Advanced Optical Instruments
Activity: Explore advanced optical devices such as spectrometers.
Week 4-6: Fluid Mechanics
Day 1-2: Properties of Fluids
Activity: Perform experiments to study the properties of liquids and gases.
Day 3-4: Fluid Dynamics – Bernoulli’s Principle
Activity: Demonstrate applications of Bernoulli’s principle.
Day 5-7: Applications of Fluid Mechanics
Activity: Explore how fluid mechanics is utilized in engineering.
Week 7-9: Nuclear Physics
Day 1-2: Structure of the Atom – Nuclear Model
Activity: Discuss the nuclear model and its components.
Day 3-4: Radioactivity and Half-Life
Activity: Conduct experiments on radioactive decay and half-life.
Day 5-7: Nuclear Energy and Applications
Activity: Explore the applications and challenges of nuclear energy.
Week 10-11: Waves and Sound – Advanced Concepts
Day 1-2: Wave Interference and Standing Waves
Activity: Conduct experiments on wave interference and standing waves.
Day 3-4: Doppler Effect
Activity: Explore the Doppler effect using sound waves.
Day 5-7: Acoustic Phenomena and Modern Applications
Activity: Investigate modern applications of acoustics.
Week 11: Revision Week
Day 1-3: Comprehensive review of topics covered so far
Activity: Group discussions, Q&A sessions, and practice quizzes.
Day 4-5: Problem-solving sessions
Activity: Solve physics problems related to the term’s content.
Week 12: Examination Week
Day 1-5: Written and practical examinations
Week 13: School Dismissal Week
Day 1-3: Recap and Reflection
Activity: Students reflect on the term’s lessons and experiences.
Day 4-5: Certificates and Farewell
Activity: Award certificates and a brief farewell ceremony.
This third-term lesson plan delves into advanced physics topics, providing a comprehensive understanding of optics, fluid mechanics, nuclear physics, and advanced concepts in waves and sound. Engaging activities enhance practical knowledge and application skills.
