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# Syllabus for Further Mathematics WAEC 2023/2024

## Aims of the Syllabus

The aims of the syllabus for Further Mathematics are to:

1. Develop students’ understanding and knowledge of advanced-level mathematical concepts and their ability to apply them in solving complex problems.

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2. Provide students with the mathematical skills and tools necessary to pursue further studies in mathematics, engineering, and related fields.

3. Encourage students to develop critical thinking skills and the ability to reason logically and abstractly.

4. Enhance students’ ability to communicate mathematical ideas effectively through written and oral presentations.

5. Foster an appreciation of the beauty and elegance of mathematics and its applications in the real world.

6. Develop students’ ability to work independently and in groups, to plan and organize their work effectively, and to manage their time efficiently.

Overall, the aims of the syllabus for Further Mathematics are to prepare students for a wide range of career paths and further education opportunities that require advanced mathematical skills and knowledge. It also aims to develop students’ problem-solving skills and ability to think critically and creatively, which are essential skills in many areas of study and in the workplace.

## Syllabus for Further Mathematics WAEC 2023/2024

The syllabus for Further Mathematics may vary depending on the educational system and institution. However, here are some of the topics commonly covered in the course:

1. Complex Numbers – introduction to complex numbers, operations, algebraic properties, and applications.

2. Matrices and Determinants – operations with matrices, inverse, determinants, and applications.

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3. Functions – limits and continuity, differentiation, integration, and applications.

4. Differential Equations – first and second-order differential equations, applications in physics and engineering.

5. Geometry – conic sections, vector algebra, and geometry of 3D space.

6. Numerical Methods – approximation of functions, interpolation, numerical integration, and solution of equations.

7. Statistics – probability theory, hypothesis testing, confidence intervals, and regression analysis.

8. Discrete Mathematics – sets and logic, graph theory, combinatorics, and discrete probability.

9. Mechanics – kinematics, dynamics, projectiles, and energy.

Further Mathematics is a rigorous and advanced-level course that builds upon the concepts learned in Mathematics (Elective) 1. It prepares students for higher education programs in mathematics, engineering, and other fields that require a strong mathematical background.

## Examination Scheme

The examination scheme for Further Mathematics may vary depending on the educational system and institution. However, here is a general outline of what a typical examination scheme might look like:

1. Written Exams: Students are typically required to take written exams at the end of each term or semester. These exams usually test the student’s understanding of the topics covered during that period. The questions may be of varying difficulty levels and may require students to solve problems, apply mathematical concepts and theories, and explain their solutions.

2. Practical Exams: In some educational systems, students may be required to take practical exams in addition to written exams. These exams usually involve the use of computers, calculators, or other mathematical tools to solve problems and demonstrate proficiency in using various mathematical software programs.

3. Coursework and Projects: Students may also be required to complete coursework assignments and projects throughout the course. These assignments and projects may involve independent research, group work, or presentations on mathematical topics related to the course.

4. Oral Exams: Some educational systems may also require students to take oral exams where they are asked to explain mathematical concepts and theories, and answer questions related to the course.

## Use of Mathematical and Statistical Tables

Mathematical and statistical tables are a set of pre-computed values used to simplify complex calculations and enable quick and accurate solutions to problems. They are widely used in various fields, including mathematics, statistics, engineering, physics, and finance.

Some of the common uses of mathematical and statistical tables are:

• 1. Trigonometric Tables: Trigonometric tables are used to calculate the values of trigonometric functions such as sine, cosine, tangent, and their inverse functions. These tables contain pre-calculated values of these functions for specific angles, which can be used to simplify calculations and solve trigonometric equations.
• 2. Probability Tables: Probability tables are used in statistics to determine the probability of certain events occurring. These tables contain the probabilities of different events for different values of the probability distribution.
• 3. Statistical Tables: Statistical tables are used in data analysis to determine the values of various statistical measures such as mean, standard deviation, variance, and correlation coefficient. These tables contain pre-calculated values for specific distributions and sample sizes.
• 4. Logarithmic Tables: Logarithmic tables are used to simplify complex calculations involving exponents and logarithms. These tables contain the pre-calculated values of logarithmic and exponential functions for specific values.
• 5. Financial Tables: Financial tables are used in finance to calculate interest rates, loan repayments, and other financial calculations. These tables contain pre-calculated values for different interest rates and repayment periods.

## Use of calculators

Calculators are widely used in various fields of study, including mathematics, physics, engineering, finance, and others. They are electronic devices that simplify mathematical computations and enable quick and accurate solutions to problems.

Some of the common uses of calculators are:

1. Basic Arithmetic Operations: Calculators can perform basic arithmetic operations such as addition, subtraction, multiplication, and division, making them useful for simple calculations.

2. Complex Mathematical Operations: Calculators can also perform complex mathematical operations, such as logarithmic and exponential functions, trigonometric functions, and others, which are often used in science and engineering.

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3. Statistical Analysis: Calculators are used in statistical analysis to determine various statistical measures such as mean, standard deviation, variance, and correlation coefficient.

4. Financial Calculations: Calculators are widely used in finance to calculate interest rates, loan repayments, and other financial calculations.

5. Graphing: Graphing calculators can be used to graph mathematical functions and equations, making them useful for visualizing mathematical concepts and relationships.

## Other Materials Required for the examination

The materials required for the Further Mathematics examination may vary depending on the specific exam and the regulations set by the exam board. However, some of the common materials required for the examination include:

1. Writing Materials: Students will need pens, pencils, erasers, and rulers to complete their exams. They should ensure that their writing materials are in good condition and sufficient for the duration of the exam.

2. Mathematical Tables: As mentioned earlier, mathematical tables are pre-calculated values used to simplify calculations. Students are allowed to bring approved mathematical tables to the examination hall, but they must comply with the regulations set by the exam board.

3. Scientific Calculators: Scientific calculators are electronic devices used for performing complex mathematical operations. Students are allowed to bring approved scientific calculators to the examination hall, but they must comply with the regulations set by the exam board.

4. Graph Paper: Graph paper may be required for certain types of questions that require students to draw graphs or diagrams.

5. Exam Timetable: Students should have a copy of their exam timetable to ensure that they arrive at the examination hall on time and are prepared for the correct exam.

It is important for students to check the examination regulations and guidelines to ensure that they are fully prepared for the exam and that they comply with the exam board’s requirements.

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