You are welcome to this page. The objective of this website is to get you ready for your UTME examinations. This course comprehensively explores the various aspects of Physics in the National Curriculum and the Joint Admissions and Matriculations Board syllabus. These various aspects are: Units and Measurements; Scalars and Vectors, Dimension; Motion; Friction; Elastic Properties of Solids; Projectiles; Work, Energy and Power; Machines; Energy Conversion; Expansion of Liquids; Fluid Mechanics; Heat Transfer; Gas Laws; Equilibrium of Forces; Heat and Temperature; Temperature and Measurement; Energy (Heat, Mechanical, Electrical); Measurement of Heat Energy; Linear Momentum; Pressure in Fluids; Electric Field; Current Electricity; Capacitors; Simple A.C. Circuits; Waves ; Light Waves; Application of Light Waves; Sound Waves; Electromagnetic Waves; Gravitational Field; Magnetic Field; Radioactivity; Energy Quantization; Atomic Physics; Particle Nature of Matter; and Wave Particle Paradox. These topics are summarised in the six themes of physics stated in the objectives. There are five years (2018 to 2023) objective (multiple choice) questions. In each year, there are 40 questions for you to attempt within 1 hour 20 minutes. Note that although, the time allowed by JAMB is one hour, we want you to be as quick as possible. Immediately you submit your responses, feedback is generated, i.e., your scores and percentage. If you do not score as high as you would have loved to, there is no need to worry because you can do better in the next attempt. If you score 100 percent in this examination, move to the questions for the following year. It is our prayer that you will succeed in your subsequent UTME examinations. Good luck to you.
Objectives
At the end of these exercises, you will be able to answer questions in the next UTME questions in any of these six themes of Physics:
1. CONSERVATION PRINCIPLE
2. ENERGY QUANTIZATION AND DUALITY OF MATTER
3. FIELDS AT REST AND IN MOTION
4. INTERACTION OF MATTER, SPACE TRANSFER
5. WAVE MOTION WITHOUT MATERIALS TRANSFER