Advanced Mathematics — Lesson Notes

Form V

Lesson Notes

Calculating Devices

Calculating Devices is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Calculating Devices.
Main principles and explanations of Calculating Devices.
Worked examples and applications of Calculating Devices.
Common mistakes and revision questions on Calculating Devices.

Functions

Functions is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Functions.
Main principles and explanations of Functions.
Worked examples and applications of Functions.
Common mistakes and revision questions on Functions.

Algebra

Algebra is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Algebra.
Main principles and explanations of Algebra.
Worked examples and applications of Algebra.
Common mistakes and revision questions on Algebra.

Logarithms

Logarithms is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Logarithms.
Main principles and explanations of Logarithms.
Worked examples and applications of Logarithms.
Common mistakes and revision questions on Logarithms.

Trigonometry

Trigonometry is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Trigonometry.
Main principles and explanations of Trigonometry.
Worked examples and applications of Trigonometry.
Common mistakes and revision questions on Trigonometry.

Differentiation

Differentiation is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Differentiation.
Main principles and explanations of Differentiation.
Worked examples and applications of Differentiation.
Common mistakes and revision questions on Differentiation.

Integration

Integration is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Integration.
Main principles and explanations of Integration.
Worked examples and applications of Integration.
Common mistakes and revision questions on Integration.

Statistics

Statistics is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Statistics.
Main principles and explanations of Statistics.
Worked examples and applications of Statistics.
Common mistakes and revision questions on Statistics.

Probability

Probability is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Probability.
Main principles and explanations of Probability.
Worked examples and applications of Probability.
Common mistakes and revision questions on Probability.

Form VI

Lesson Notes

Sets

Sets is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Sets.
Main principles and explanations of Sets.
Worked examples and applications of Sets.
Common mistakes and revision questions on Sets.

Numerical Methods

Numerical Methods is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Numerical Methods.
Main principles and explanations of Numerical Methods.
Worked examples and applications of Numerical Methods.
Common mistakes and revision questions on Numerical Methods.

Coordinate Geometry I & II

Coordinate Geometry I & II is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Coordinate Geometry I & II.
Main principles and explanations of Coordinate Geometry I & II.
Worked examples and applications of Coordinate Geometry I & II.
Common mistakes and revision questions on Coordinate Geometry I & II.

Differential Equations

Differential Equations is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Differential Equations.
Main principles and explanations of Differential Equations.
Worked examples and applications of Differential Equations.
Common mistakes and revision questions on Differential Equations.

Complex Numbers

Complex Numbers is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Complex Numbers.
Main principles and explanations of Complex Numbers.
Worked examples and applications of Complex Numbers.
Common mistakes and revision questions on Complex Numbers.

Vectors

Vectors is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Vectors.
Main principles and explanations of Vectors.
Worked examples and applications of Vectors.
Common mistakes and revision questions on Vectors.

Linear Programming

Linear Programming is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Linear Programming.
Main principles and explanations of Linear Programming.
Worked examples and applications of Linear Programming.
Common mistakes and revision questions on Linear Programming.

Matrices

Matrices is a key area in this form. The points below outline what a learner should master.

Key points to master

Meaning and key terms used in Matrices.
Main principles and explanations of Matrices.
Worked examples and applications of Matrices.
Common mistakes and revision questions on Matrices.