Secondary School Lesson Notes and Scheme of Work

SS2 Third Term Mathematics Lesson Note and Scheme of Work

Sponsored Links

SS2 Third Term Mathematics Lesson Note and Scheme of Work

 

Senior Secondary School 2 (SS2) Third Term Mathematics Lesson Note and Scheme of Work

 

Week 1: Further Complex Numbers – Polar Form

 

Lesson Note: Representing complex numbers in polar form, De Moivre’s theorem.

Scheme of Work: Introduce polar coordinates, express complex numbers in polar form, and apply De Moivre’s theorem.

Week 2: Further Vectors – Vector Applications

 

Lesson Note: Applications of vectors in physics, engineering, and computer science.

Scheme of Work: Explore vector applications in different fields, emphasizing their significance in problem-solving.

Week 3: Further Differentiation – Higher Order Derivatives

 

Lesson Note: Higher order derivatives, concavity, and inflection points.

Scheme of Work: Teach higher order derivatives, discuss concavity, and identify inflection points. Apply these concepts to real-world scenarios.

Week 4: Further Integration – Techniques of Integration

 

Lesson Note: Integration by parts, partial fractions, and substitution.

Scheme of Work: Explore advanced techniques of integration, applying them to various integrals and real-world problems.

Week 5: Further Probability – Bayes’ Theorem

 

Lesson Note: Bayes’ theorem and its applications in probability.

Scheme of Work: Discuss conditional probability, introduce Bayes’ theorem, and apply it to solve probability problems.

Week 6: Further Geometry – Transformation Matrices

 

Lesson Note: Transformation matrices for translation, rotation, and scaling.

Scheme of Work: Teach how matrices can represent geometric transformations, emphasizing their role in computer graphics and engineering.

Week 7: Further Sequences and Series – Power Series

 

Lesson Note: Power series, convergence, and divergence.

Scheme of Work: Introduce power series, discuss convergence and divergence, and apply them to functions and real-world problems.

Week 8: Further Trigonometry – Hyperbolic Functions

 

Lesson Note: Hyperbolic functions and their properties.

Scheme of Work: Discuss hyperbolic sine, cosine, and tangent functions, and their applications in physics and engineering.

Week 9: Further Matrices – Eigenvalues and Eigenvectors

 

Lesson Note: Eigenvalues, eigenvectors, and their applications.

Scheme of Work: Teach the concept of eigenvalues and eigenvectors, and apply them in various fields, including physics and computer science.

Week 10: Further Statistics – Hypothesis Testing

 

Lesson Note: Basics of hypothesis testing and significance levels.

Scheme of Work: Discuss hypothesis testing, p-values, and significance levels. Apply these concepts to analyze data.

Week 11: Revision Week

 

Lesson Note: Comprehensive revision of the term’s topics.

Scheme of Work: Conduct thorough revision sessions, solve past questions, and address any outstanding questions.

Week 12: Examination Week

 

Lesson Note: Final preparation for end-of-term examinations.

Scheme of Work: Administer examinations, assess student performance, and provide constructive feedback.

Week 13: School Dismissal Week

 

Lesson Note: Reflection on the term, addressing queries, and future learning opportunities.

Scheme of Work: Summarize the term’s achievements, distribute report cards, and communicate with parents about students’ progress.

Sponsored Links

Leave a Reply

Back to top button