Latest JAMB Recommended Textbooks for Physics 2026/2027 pdf free download

Latest JAMB Recommended Textbooks for Physics 2026/2027

If you are searching for the JAMB Recommended Textbooks for Physics 2026/2027? If you are preparing for the 2026/2027 Unified Tertiary Matriculation Examination (UTME), one of the most important things you can do is study with reliable materials that cover the topics contained in the official JAMB Physics syllabus.

Physics is a major UTME subject for candidates seeking admission into courses such as Engineering, Medicine, Physics, Computer Science, Architecture, Geology, Technology and other science-related programmes.

However, having a Physics textbook is not enough. Candidates need to know what to study, which books are recommended, how to use the books effectively and which areas of the syllabus deserve serious attention.

The Joint Admissions and Matriculation Board (JAMB), through its Integrated Brochure and Syllabus System (IBASS), provides the official Physics syllabus and recommended texts. The official syllabus currently lists six recommended Physics textbooks for candidates.

In this article, you will find the JAMB Recommended Textbooks for Physics 2026/2027, the authors and publication details listed by JAMB, important Physics topics to study, how to choose your main textbook, study tips and answers to frequently asked questions.

Important: A recommended textbook does not guarantee the exact questions that will appear in JAMB. Candidates should use the official syllabus as their study guide and use textbooks for explanation, examples and practice.

JAMB Recommended Textbooks for Physics 2026/2027

According to the Physics syllabus published through JAMB IBASS, the following textbooks are listed under Recommended Texts:

1. Essential Principles of Physics — E. E. Ike
2. Numerical Problems and Solutions in Physics — E. E. Ike
3. Fundamentals of Physics — M. Nelson
4. Advanced Level Physics — M. Nelson and Parker
5. Senior Secondary School Physics — P. N. Okeke and M. W. Anyakoha
6. Comprehensive Certificate Physics — A. Olumuyiwa and O. O. Ogunkoya

These six titles appear in the recommended-text section of the official JAMB Physics syllabus.

Complete List of JAMB Physics Recommended Textbooks 2026/2027

1. Essential Principles of Physics

Author: E. E. Ike
Year: 2014
Publisher: ENIC Publishers, Jos

Essential Principles of Physics is one of the textbooks listed in the official JAMB Physics syllabus.

It can be useful for candidates who want to develop a solid understanding of Physics principles before moving to intensive examination practice.

When studying this book, candidates should compare each topic with the current JAMB syllabus and focus on the objectives relevant to UTME preparation.

2. Numerical Problems and Solutions in Physics

Author: E. E. Ike
Year: 2014
Publisher: ENIC Publishers, Jos

Physics is not only about understanding theories. Candidates also need to know how to apply formulas and solve numerical problems.

This recommended textbook is particularly useful for practising calculations.

Candidates preparing for JAMB Physics should practise:

• Identifying the correct formula
• Substituting values correctly
• Converting units
• Performing calculations carefully
• Writing appropriate units
• Checking whether an answer is reasonable

Regular numerical practice can make calculation-based questions easier to handle during the examination.

3. Fundamentals of Physics

Author: M. Nelson
Year: 1977
Publisher: Hart Davis Education, Great Britain

Fundamentals of Physics is another textbook listed by JAMB.

As the title suggests, it can be used to build a foundation in important Physics principles.

Candidates should avoid reading Physics as a subject based entirely on memorisation. Try to understand the principles behind formulas and learn how those principles apply to practical situations.

4. Advanced Level Physics

Authors: M. Nelson and Parker
Edition: Sixth Edition
Year: 1989
Publisher: Heinemann

This book is also included in the official JAMB recommended-text list.

Candidates can use it as a supplementary resource when they need additional explanations or examples.

However, you do not need to study every page of every recommended textbook. The official syllabus should determine which areas deserve your attention.

5. Senior Secondary School Physics

Authors: P. N. Okeke and M. W. Anyakoha
Year: 2000
Publisher: Pacific Printers, Lagos

This senior-secondary Physics textbook is another recommended resource for candidates.

Because JAMB Physics covers concepts commonly taught at the senior-secondary level, candidates can use this type of textbook to revise important principles and examples.

It can also serve as a main study resource when combined with the official syllabus and practice questions.

6. Comprehensive Certificate Physics

Authors: A. Olumuyiwa and O. O. Ogunkoya
Year: 1992
Publisher: University Press Plc, Ibadan

Comprehensive Certificate Physics is the sixth textbook listed under Recommended Texts in the official JAMB Physics syllabus.

Candidates can use it as an additional reference when studying Physics concepts and preparing for objective questions.

JAMB Physics Syllabus 2026/2027

The recommended textbooks are useful, but the JAMB Physics syllabus should be your main roadmap.

The official IBASS Physics syllabus outlines the objectives and subject areas candidates are expected to prepare for.

Instead of reading textbooks randomly, download or obtain the current syllabus and use it as a checklist.

Whenever you finish a topic, mark it as completed and then practise questions related to that topic.

Important JAMB Physics Topics to Study

Candidates should study the full syllabus rather than relying on a short list of predicted questions.

Some of the major areas covered by the JAMB Physics syllabus include:

• Measurement and units
• Scalars and vectors
• Motion
• Speed and velocity
• Acceleration
• Forces
• Work, energy and power
• Simple machines
• Heat and temperature
• Properties of matter
• Waves
• Sound
• Light
• Electricity
• Magnetism
• Electromagnetic induction
• Atomic and nuclear physics
• Electronics
• Practical applications of Physics

The exact syllabus should always be consulted when planning your preparation.

1. Measurement and Units

Start with the basics.

Study:

• Physical quantities
• Fundamental quantities
• Derived quantities
• SI units
• Dimensions
• Measuring instruments
• Accuracy
• Precision
• Errors

You should know common units such as:

• Metre
• Kilogram
• Second
• Ampere
• Kelvin

Also learn how to convert between commonly used units.

2. Scalars and Vectors

Understand the difference between scalar and vector quantities.

Examples of scalar quantities include:

• Distance
• Speed
• Mass
• Time
• Temperature

Examples of vector quantities include:

• Displacement
• Velocity
• Acceleration
• Force

Do not simply memorise the examples. Understand why a quantity belongs to one category.

3. Motion

Motion is one of the fundamental areas of Physics.

Study:

• Distance
• Displacement
• Speed
• Velocity
• Acceleration
• Uniform motion
• Non-uniform motion
• Graphs of motion
• Equations of motion

Practise numerical problems involving motion.

4. Forces and Motion

Study:

• Force
• Newton’s laws of motion
• Momentum
• Impulse
• Friction
• Equilibrium
• Circular motion
• Gravitation

Make sure you understand how forces affect the movement of objects.

5. Work, Energy and Power

Important concepts include:

• Work
• Energy
• Kinetic energy
• Potential energy
• Power
• Efficiency
• Conservation of energy

Candidates should learn the relevant formulas and, more importantly, understand when each formula should be used.

6. Simple Machines

Study:

• Levers
• Pulleys
• Inclined planes
• Wheel and axle
• Mechanical advantage
• Velocity ratio
• Efficiency

Learn the principles behind simple machines and practise calculations.

7. Heat and Temperature

Important areas include:

• Temperature
• Heat
• Thermal expansion
• Specific heat capacity
• Specific latent heat
• Heat transfer
• Conduction
• Convection
• Radiation

Candidates should understand the difference between heat and temperature.

8. Properties of Matter

Study:

• Density
• Relative density
• Elasticity
• Pressure
• Viscosity
• Surface tension
• Upthrust
• Archimedes’ principle

Practise numerical questions involving density and pressure.

9. Waves

Waves are another important Physics area.

Study:

• Types of waves
• Wave motion
• Wavelength
• Frequency
• Period
• Amplitude
• Wave speed
• Reflection
• Refraction
• Diffraction
• Interference

Learn how wave quantities are related mathematically.

10. Sound

Study:

• Production of sound
• Transmission of sound
• Speed of sound
• Frequency
• Pitch
• Loudness
• Echoes
• Resonance
• Musical sounds

Understand the difference between physical properties such as frequency and perceived characteristics such as pitch.

11. Light

Important areas include:

• Reflection
• Refraction
• Plane mirrors
• Curved mirrors
• Lenses
• Optical instruments
• Dispersion
• Total internal reflection

Practise ray diagrams where required.

12. Electricity

Electricity is an important area for science and engineering candidates.

Study:

• Electric charge
• Current
• Potential difference
• Resistance
• Ohm’s law
• Electrical energy
• Electrical power
• Series circuits
• Parallel circuits
• Electrical measurements

Practise circuit calculations regularly.

13. Magnetism

Study:

• Magnetic fields
• Magnetic materials
• Electromagnets
• Magnetic force
• Applications of magnets
• Earth as a magnet

Understand how electricity and magnetism are related.

14. Electromagnetic Induction

Candidates should study:

• Electromagnetic induction
• Faraday’s law
• Lenz’s law
• Generators
• Transformers
• Applications of electromagnetic induction

Make sure you understand the principles rather than simply memorising definitions.

15. Atomic and Nuclear Physics

Study:

• Atomic structure
• Electrons
• Protons
• Neutrons
• Radioactivity
• Nuclear reactions
• Nuclear energy
• Applications of nuclear physics

Candidates should understand basic nuclear concepts and their applications.

16. Electronics

Basic electronics should also be revised.

Study topics relevant to:

• Semiconductors
• Diodes
• Transistors
• Electronic circuits
• Applications of electronic devices

Use your textbook and syllabus to identify the depth required.

How Many JAMB Physics Textbooks Should I Read?

You do not need to read all six recommended textbooks from cover to cover.

A practical approach is to choose:

One Main Physics Textbook

Select a comprehensive textbook that explains the major topics clearly.

One Numerical Practice Book

A book such as Numerical Problems and Solutions in Physics can help you improve your calculation skills.

The Official JAMB Syllabus

Use it as your checklist.

Past Questions

Use them to practise how Physics concepts are tested.

This approach is more manageable than trying to study six books simultaneously.

Best JAMB Physics Textbooks for Different Areas

For General Physics

Consider:

Essential Principles of Physics

or

Senior Secondary School Physics

For Numerical Problems

Consider:

Numerical Problems and Solutions in Physics

This can be especially useful for candidates who need more calculation practice.

For Additional Reference

Consider:

Fundamentals of Physics

or

Comprehensive Certificate Physics

For Supplementary Study

Consider:

Advanced Level Physics

The books listed above are all included in the official JAMB recommended-text list.

How to Prepare for JAMB Physics 2026/2027

1. Start With the Official Syllabus

The first step should be obtaining the current JAMB Physics syllabus.

The official JAMB IBASS platform provides the e-syllabus for candidates.

2. Choose Your Main Textbook

Do not buy several books simply because they are recommended.

Choose a textbook that you understand easily.

3. Learn the Concepts

Before attempting difficult calculations, make sure you understand the underlying Physics principle.

4. Memorise Important Formulas

Create a formula sheet containing important equations.

However, do not memorise formulas without understanding what each variable represents.

5. Practise Calculations

Physics requires regular numerical practice.

Start with simple questions and gradually move to more difficult ones.

6. Practise Graphs and Diagrams

Learn how to interpret Physics graphs and diagrams.

7. Attempt Past Questions

After studying a topic, practise objective questions based on that topic.

8. Review Your Mistakes

Keep a record of questions you got wrong and revisit the relevant topic.

JAMB Physics Study Timetable

Here is a simple 14-week study plan:

Week	Main Focus
Week 1	Measurement, units and dimensions
Week 2	Scalars, vectors and motion
Week 3	Forces, momentum and equilibrium
Week 4	Work, energy, power and machines
Week 5	Properties of matter
Week 6	Heat and temperature
Week 7	Waves and sound
Week 8	Light and optics
Week 9	Electricity
Week 10	Magnetism
Week 11	Electromagnetic induction
Week 12	Atomic and nuclear physics
Week 13	Electronics and practical applications
Week 14	Past questions and full revision

You can modify this timetable depending on your examination date and the amount of time available each day.

How to Score High in JAMB Physics

Understand Before Memorising

Physics becomes easier when you understand the relationship between concepts.

For example, do not merely memorise a formula. Know what every quantity in the formula means and when the formula applies.

Practise Every Day

Even 30–60 minutes of regular Physics practice can be more useful than studying for several hours only once a week.

Master Unit Conversion

Many numerical errors occur because candidates fail to convert units correctly.

Always check the units before calculating.

Learn Your Formulas

Create a personal formula sheet and revise it regularly.

Practise Under Time Pressure

Use a timer when answering practice questions.

This can help you become faster and more confident.

Check Your Calculations

If an answer looks unreasonable, check your substitution, arithmetic and units.

Common Mistakes JAMB Physics Candidates Make

1. Memorising Formulas Without Understanding Them

A formula is only useful when you know when and how to apply it.

2. Ignoring Units

Always include appropriate units where required.

3. Avoiding Numerical Questions

Calculation questions should be practised rather than avoided.

4. Studying Only Easy Topics

Prepare broadly across the syllabus.

5. Ignoring Graphs

Learn how to interpret and analyse Physics graphs.

6. Relying Only on Past Questions

Past questions are useful but should complement the syllabus and textbooks.

7. Looking for “Sure Questions”

No legitimate textbook can guarantee the exact questions that JAMB will set.

Frequently Asked Questions

Has JAMB released recommended textbooks for Physics?

The official JAMB Physics syllabus available through IBASS contains a Recommended Texts section listing the textbooks candidates can use for preparation.

How many Physics textbooks are recommended by JAMB?

The current official Physics syllabus lists six recommended textbooks.

What is the best Physics textbook for JAMB?

There is no single book that guarantees success. A comprehensive Physics textbook combined with the official syllabus, numerical practice and past questions is a strong preparation strategy.

Do I need to buy all six recommended Physics books?

No. Candidates can choose one comprehensive textbook and add a numerical-practice resource if necessary.

Is calculation important in JAMB Physics?

Yes. Candidates should be comfortable with formulas, unit conversions and numerical calculations.

Should I study past questions?

Yes. Past questions are useful for understanding the style of objective questions and identifying areas that need more practice. However, they should not replace the official syllabus.

Where can I check the official JAMB Physics syllabus?

You can check the official JAMB Integrated Brochure and Syllabus System (IBASS), which provides the e-syllabus for different UTME subjects.

Conclusion

The JAMB Recommended Textbooks for Physics 2026/2027 are useful resources for candidates preparing for the UTME.

The official JAMB Physics syllabus currently lists six recommended textbooks: Essential Principles of Physics, Numerical Problems and Solutions in Physics, Fundamentals of Physics, Advanced Level Physics, Senior Secondary School Physics and Comprehensive Certificate Physics.

Candidates do not need to read all six books from beginning to end. A better approach is to choose a comprehensive main textbook, use a numerical-practice book where necessary, follow the official syllabus and practise questions regularly.

Physics preparation should cover both theoretical and numerical aspects of the subject. Pay attention to areas such as measurement, motion, forces, work and energy, heat, properties of matter, waves, sound, light, electricity, magnetism, electromagnetic induction, atomic physics and electronics.

Most importantly, do not depend on claims about “sure JAMB questions.” No textbook can guarantee the exact questions that will appear in the UTME.

For the most accurate and current information, candidates should consult the official JAMB IBASS syllabus and use the recommended texts as supporting study materials.

With consistent study, regular numerical practice and proper use of the syllabus, candidates can build a stronger foundation and prepare more effectively for JAMB Physics 2026/2027.