Mathematics is one of the most popular and important subjects in the Unified Tertiary Matriculation Examination (UTME) conducted by the Joint Admissions and Matriculation Board (JAMB). Many candidates aspire to study courses that require a good score in mathematics, such as engineering, computer science, accounting, economics, and so on. However, mathematics can also be a challenging and intimidating subject for some candidates who may struggle with the concepts, formulas, and calculations involved. If you are one of those candidates who want to excel in mathematics in your UTME exam, then you need to prepare well and follow the JAMB Mathematics Syllabus. The syllabus is a guide that outlines the topics, sub-topics, and objectives that you are expected to cover and master for the exam. It also provides you with the recommended textbooks and areas of concentration that will help you focus your study and revision.

In this blog post, we will give you an overview of the 2024 JAMB Mathematics Syllabus, and show you how it can help you pass your JAMB exam with flying colors. We will also share some tips and tricks on how to prepare and practice for the exam, and answer some frequently asked questions (FAQ) about the syllabus.

## An Overview of the 2024 JAMB Mathematics Syllabus

The 2024 JAMB Mathematics Syllabus is divided into five sections, each covering a major branch of mathematics. These sections are:

• Number and Numeration
• Algebra
• Geometry/Trigonometry
• Calculus
• Statistics

Each section contains several topics and sub-topics that you are expected to know and understand. For example, under the section of Number and Numeration, you will find topics such as number bases, fractions, decimals, approximations, percentages, indices, logarithms, surds, and sets. Each topic has a list of objectives that describe what you should be able to do after studying it. For example, under the topic of number bases, one of the objectives is to “perform four basic operations (x,+,-,÷) on numbers in any base”.

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The syllabus also provides you with the recommended textbooks that you can use to study and practice each topic. These textbooks are written by reputable authors and publishers, and they cover the syllabus comprehensively and accurately. Some of the recommended textbooks are:

• Adelodun A. A (2000) Distinction in Mathematics: Comprehensive Revision Text, (3rd Edition) Ado -Ekiti: FNPL.
• Anyebe, J. A. B (1998) Basic Mathematics for Senior Secondary Schools and Remedial Students in Higher/ institutions, Lagos: Kenny Moore.
• Channon, J. B. Smith, A. M (2001) New General Mathematics for West Africa SSS 1 to 3, Lagos: Longman.
• David -Osuagwu, M. et al (2000) New School Mathematics for Senior Secondary Schools, Onitsha: Africana – FIRST Publishers.
• Egbe. E et al (2000) Further Mathematics, Onitsha: Africana – FIRST Publishers.

You can find the full list of recommended textbooks at the end of the syllabus.

## JAMB Mathematics Syllabus: Compulsory and Recommended Textbooks

The JAMB Mathematics Syllabus does not specify any compulsory textbook that you must use to prepare for the exam. However, it is advisable that you use at least one of the recommended textbooks for each section of the syllabus. This will ensure that you cover all the topics and sub-topics in the syllabus, and that you learn from reliable and accurate sources.

However, you can also supplement your study with other textbooks, notes, videos, online resources, and past questions that you may find helpful and relevant. The more sources you use, the more exposure and practice you will get. However, you should also be careful not to use outdated or incorrect materials that may confuse or mislead you.

## 2024 JAMB Mathematics Syllabus: Areas of Concentration

The JAMB Mathematics Syllabus does not explicitly state the areas of concentration or the weightage of each section or topic in the exam. However, based on the past trends and analysis, you can expect that the exam will test you on all the sections and topics in the syllabus, and that each section will have roughly equal number of questions.

Therefore, you should not neglect or skip any section or topic in the syllabus, as you may lose valuable marks if you do so. You should aim to cover and master all the sections and topics in the syllabus, and practice as many questions as possible from each section and topic.

## JAMB Mathematics Syllabus: Likely Areas JAMB Will Set Mathematics Questions

While the JAMB Mathematics Syllabus covers all the possible areas that JAMB may set mathematics questions, there are some areas that are more likely to appear in the exam than others. These areas are usually the ones that test your understanding of the fundamental concepts, principles, and formulas of mathematics, and that require you to apply them to solve various problems.

Some of the likely areas that JAMB will set mathematics questions are:

• Number bases: You should be able to convert numbers from one base to another, and perform arithmetic operations on numbers in any base.
• Fractions, decimals, approximations, and percentages: You should be able to perform arithmetic operations on fractions and decimals, round off numbers to a given number of significant figures or decimal places, calculate percentage errors, simple interest, profit and loss, ratio, proportion, rate, shares, and VAT.
• Indices, logarithms, and surds: You should be able to apply the laws of indices and logarithms, change the base of logarithms, simplify and rationalize surds, and perform arithmetic operations on indices, logarithms, and surds.
• Sets: You should be able to identify different types of sets, perform set operations, use Venn diagrams, and solve problems involving cardinality of sets.
• Polynomials: You should be able to factorize polynomials using the factor and remainder theorems, perform arithmetic operations on polynomials, find the roots of polynomials, and sketch the graphs of polynomials.
• Linear and quadratic equations: You should be able to solve linear and quadratic equations, and simultaneous equations involving one linear and one quadratic equation, using various methods such as factorization, completing the square, quadratic formula, and substitution.
• Variation: You should be able to identify and solve problems involving direct, inverse, joint, and partial variation.
• Matrices and determinants: You should be able to perform arithmetic operations on matrices, find the transpose, inverse, and determinant of matrices, and use matrices to solve simultaneous linear equations.
• Binomial theorem: You should be able to expand binomial expressions using the binomial theorem, and find the general and particular terms of a binomial expansion.
• Sequence and series: You should be able to identify and generate arithmetic and geometric sequences and series, and find their nth terms and sums.
• Euclidean geometry: You should be able to identify and use the properties of angles, parallel and perpendicular lines, triangles, quadrilaterals, circles, and polygons, and prove geometric theorems using deductive reasoning.
• Mensuration: You should be able to calculate the perimeter, area, and volume of various plane and solid shapes, such as rectangles, squares, triangles, trapeziums, circles, cylinders, cones, spheres, and prisms.
• Trigonometry: You should be able to identify and use the trigonometric ratios, identities, and formulas, and solve problems involving angles of elevation and depression, bearings, and triangles.
• Coordinate geometry: You should be able to find the distance, midpoint, gradient, and equation of a line, and the equation of a circle, given the coordinates of points in a Cartesian plane.
• Differentiation: You should be able to find the derivative of a function using the rules of differentiation, and apply differentiation to find the rate of change, maximum and minimum values, and tangents and normals of a function.
• Integration: You should be able to find the indefinite and definite integrals of a function using the rules of integration, and apply integration to find the area under a curve and the volume of revolution of a function.
• Probability: You should be able to calculate the probability of an event using the addition and multiplication rules, and the concept of conditional probability, and use tree diagrams and tables to solve probability problems.
• Statistics: You should be able to collect, organize, and present data using tables, charts, and graphs, and calculate measures of central tendency, dispersion, and correlation, and use regression analysis to find the equation of a line of best fit.

## 2024 JAMB Mathematics Syllabus: How to Prepare and Pass Mathematics in JAMB

To prepare and pass mathematics in JAMB, you need to follow a systematic and effective study plan that will help you cover and master the syllabus, and practice and improve your skills and speed. Here are some tips and tricks on how to prepare and pass mathematics in JAMB:

• Start your preparation early: Don’t wait until the last minute to start studying for mathematics. Start your preparation as early as possible, preferably at least six months before the exam. This will give you enough time to cover and revise the syllabus, and to practice and solve many questions.
• Use the syllabus as a guide: Follow the JAMB Mathematics Syllabus as a guide for your study and revision. Make sure you cover and master all the sections and topics in the syllabus, and don’t skip or neglect any of them. Use the objectives to check your understanding and progress, and use the recommended textbooks to learn and practice each topic.
• Supplement your study with other resources:

JAMB Mathematics Syllabus is a useful and essential guide that will help you prepare and pass mathematics in your UTME exam. It covers all the topics and sub-topics that you need to know and understand, and provides you with the recommended textbooks and areas of concentration that will help you focus your study and revision. It also helps you identify the likely areas that JAMB will set mathematics questions, and gives you an idea of what to expect in the exam.

However, following the syllabus alone is not enough to guarantee your success in mathematics. You also need to supplement your study with other resources, such as notes, videos, online courses, and past questions, that will help you learn and practice more effectively and efficiently. You also need to develop a good study habit, a positive attitude, and a confident mindset, that will motivate you and boost your performance in the exam.

We hope that this blog post has given you some valuable insights and tips on how to use the JAMB Mathematics Syllabus to ace your UTME exam. If you have any questions or feedback, please feel free to leave a comment below. We wish you all the best in your exam!

Here are some of the common questions that candidates may have about the JAMB Mathematics Syllabus, and their answers:

• Q: Where can I get the JAMB Mathematics Syllabus?
• A: You can download the JAMB Mathematics Syllabus from the official JAMB website, or from other reputable websites that offer JAMB resources. You can also get a hard copy of the syllabus from JAMB offices, accredited centers, or bookstores.
• Q: How often does the JAMB Mathematics Syllabus change?
• A: The JAMB Mathematics Syllabus does not change frequently, but it may be updated or revised from time to time to reflect the current trends and standards of mathematics education. Therefore, you should always check the latest version of the syllabus before you start your preparation, and make sure you use the most recent and relevant materials for your study.
• Q: How many questions will be asked from each section or topic in the JAMB Mathematics Syllabus?
• A: The JAMB Mathematics Syllabus does not specify the exact number of questions that will be asked from each section or topic in the exam. However, you can expect that the exam will test you on all the sections and topics in the syllabus, and that each section will have roughly equal number of questions. Therefore, you should not neglect or skip any section or topic in the syllabus, as you may lose valuable marks if you do so.
• Q: How much time will I have to answer the JAMB Mathematics questions?
• A: The JAMB Mathematics exam is part of the UTME exam, which consists of four subjects. You will have a total of three hours to answer 180 questions, which means you will have an average of one minute per question. Therefore, you need to manage your time wisely, and avoid spending too much time on any question. You should also practice and improve your speed and accuracy, and avoid making careless mistakes.

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