Most Repeated Physics  Topics in JAMB |

JAMB Syllabus 2025

When Preparing for (JAMB) most especially in Physics examination some selected topics are not negotiable and requires a focused approach on the most frequently tested topics. Concentrating on these areas can enhance your chances of achieving a high score and understanding how the questions are set. To get more detail from this article  Most Repeated Physics  Topics in JAMB |JAMB Syllabus 2025 make sure you read to the end and the related topics that follow at the end for your profiting. 

Here are the major topics 15 High Priority Topics to Study for JAMB Physics

1. Mechanics: This foundational area includes topics such as linear motion, projectiles, Newton’s laws of motion, inertia, mass, force, impulse, momentum, circular motion, and simple harmonic motion.

2. Work, Energy, and Power: Understanding the principles of work, various forms of energy, and the concept of power is essential.

3. Heat and Thermodynamics: Focus on temperature, linear expansivity, specific heat capacity, and the laws of thermodynamics.

4. Waves and Sound: Study the properties of waves, sound propagation, and related phenomena.

5. Electricity and Magnetism: Key areas include current electricity, alternating current, magnetic fields, and electromagnetic induction.

6. Optics: Understand the behavior of light, including reflection, refraction, and dispersion.

7. Modern Physics: Cover topics such as atomic structure, radioactivity, and nuclear physics.

8. Measurement and Units: Grasp the concepts of fundamental and derived physical quantities, dimensions, and the use of measuring instruments. jamb-gov.org

9. Capacitors: You need to study capacitors in series and parallel and how to calculate capacitance. Be familiar with basic capacitance theories and formulas, including how to calculate the charge, voltage, and energy stored in a capacitor.

10. Light: Under light, focus on lens and mirror formulas, reflection and refraction, and the behaviour of various lens types. Make sure you are clear on light dispersion and the formation of shadows. Also, learn how to use lens and mirror formulas to solve visual and light difficulties.

11. Motion: Motion is divided into two segments in physics. Learn the equations of motion and how to apply them to gravity and projectile scenarios. Also, make sure you understand concepts such as maximum height, how gravity influences velocity, and how to determine the speed and trajectory of moving objects.

12. Temperature and Measurement: Understand how to convert between temperature units (e.g., Celsius to Kelvin and vice versa) and how to use various temperature-measuring equipment. It is very important to understand these ideas in order to interpret data accurately and understand issues related to temperature.

13. Elasticity: You need to understand how to calculate elastic constants and work with Young’s modulus (tensile stress over tensile strain). This includes figuring out the original length, final length, force, and changes in length. Understanding these ideas is required when answering questions concerning material properties.

14. Scalar and Vector Quantities: It is necessary to understand how to resolve vectors, work with triangular and parallelogram vectors, and break down vectors into different parts (for example, horizontal and vertical). These ideas are key in different physics areas, such as force and motion, and are crucial for answering related issues.

15. Dimension and Unit Analysis: It is important to understand how to analyze dimensions and units in correctly applying formulas. This includes knowing how to combine and manipulate different equations as you study physics. Knowing this will assist you in various calculations and help you solve questions more effectively.