18 January 2018 • JAMB/UTME • By Daniel Alienyi

Concise JAMB Physics Syllabus With Number Of Question Analysis

Concise JAMB Physics Syllabus With Number Of Question Analysis

We provide a summary of JAMB Physics Syllabus with an average percentage of the number of question in each year. TestDriller team has analyzed questions from 17 years to come up with these statistics. You can only get such rare statistics from TestDriller. This information should guide you on topics you should give more attention to.

The aim of the 2018 JAMB Physics Syllabus for Unified Tertiary Matriculation Examination (UTME), is to prepare the candidates for the Board's examination. It is designed to test their achievement of the course objectives, which are to:

  1. Sustain their interest in physics;
  2. Develop attitude relevant to physics that encourage accuracy, precision and objectivity;
  3. Interpret physical phenomena, laws, definitions, concepts and other theories;
  4. Demonstrate the ability to solve correctly physics problems using relevant theories and concepts.
We provide a summary of JAMB Physics Syllabus with an average percentage of the number of question in each year. TestDriller team has analyzed questions from 17 years to come up with these statistics. You can only get such rare statistics from TestDriller. This information should guide you on topics you should give more attention to. More questions will be set from topics with higher percentages.

Do not  forget to Download the best JAMB CBT Practice Software to start practicing by topics.


 Rank Topic% Number Of Question
1ELEMENTARY MODERN PHYSICS7.74
2CURRENT ELECTRICITY4.26
3SIMPLE A.C. CIRCUITS3.82
4INTRODUCTORY ELECTRONICS3.82
5LIQUIDS AT REST3.59
6REFLECTION OF LIGHT AT PLANE AND CURVED SURFACES3.25
7ELECTRICAL ENERGY AND POWER3.25
8REFRACTION OF LIGHT THROUGH AT PLANE AND CURVED SURFACES3.14
9LIGHT ENERGY: PROPAGATION OF LIGHT2.47
10SCALARS AND VECTORS2.47
11FORCE ON A CURRENT-CARRYING CONDUCTOR IN A MAGNETIC FIELD2.47
12SIMPLE MACHINES2.47
13MAGNETS AND MAGNETIC FIELDS2.36
14PROPAGATION OF SOUND WAVES2.36
15WAVE: PRODUCTION AND PROPAGATION2.36
16ELECTROSTATICS2.24
17ELASTICITY2.02
18CAPACITOR2.02
19TEMPERATURE AND ITS MEASUREMENT2.02
20MOTION: LINEAR MOTION2.02
21ELECTROMAGNETIC INDUCTION2.02
22FRICTION1.91
23CHANGE OF STATE1.91
24QUANTITY OF HEAT1.8
25GAS LAWS1.8
26HEAT TRANSFER1.8
27CONDUCTION OF ELECTRICITY THROUGH: LIQUIDS1.8
28CHARACTERISTICS OF SOUND WAVES1.68
29MOTION: GRAVITATIONAL FIELD1.68
30STRUCTURE OF MATTER AND KINETIC THEORY: MOLECULAR NATURE OF MATTER1.57
31OPTICAL INSTRUMENT1.57
32ENERGY AND POWER1.46
33MOTION: MOTION IN A CIRCLE1.46
34MOTION: NEWTON'S LAWS OF MOTION1.46
35THERMAL EXPANSION: SOLIDS1.35
36ELECTRIC CELLS1.12
37VAPOURS1.12
38DISPERSION OF LIGHT AND COLOURS1.12
39WAVE: CHARACTERISTICS/PROPERTIES1.01
40PRESSURE: PRESSURE IN LIQUIDS1.01
41CONDUCTION OF ELECTRICITY THROUGH: GASES1.01
42MOTION: SIMPLE HARMONIC MOTION (S.H.M)0.9
43EQUILIBRIUM OF FORCES: PRINCIPLES OF MOMENTS0.9
44WORK0.79
45PRESSURE: ATMOSPHERIC PRESSURE0.67
46EQUILIBRIUM OF FORCES: CENTRE OF GRAVITY AND STABILITY0.56
47EQUILIBRIUM OF FORCES: CONDITIONS FOR EQUILIBRIUM OF RIGID BODIES UNDER THE ACTION OF PARALLEL AND NON-PARALLEL FORCES0.56
48MEASUREMENTS AND UNITS: LENGTH0.45
49ELECTROMAGNETIC SPECTRUM0.45
50MOTION: PROJECTILES0.45
51MOTION: TYPES OF MOTION0.34
52STRUCTURE OF MATTER AND KINETIC THEORY: KINETIC THEORY0.22
53MEASUREMENTS AND UNITS: DIMENSIONS0.22
54MOTION: TYPES OF FORCE0.22
55POSITION0.22
56MEASUREMENTS AND UNITS: LIMITATIONS OF EXPERIMENTAL MEASUREMENTS0.22
57EQUILIBRIUM OF FORCES: EQUILIBRIUM OF PARTICLES0.22
58MEASUREMENTS AND UNITS: DERIVED PHYSICAL QUANTITIES AND THEIR UNITS0.22
59LIGHT ENERGY: SOURCES OF LIGHT0.22
60WAVE: CLASSIFICATION0.11
61AREA AND VOLUME0.11
62THERMAL EXPANSION: LIQUIDS0.11  

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