JAMB Syllabus For Physics 2023/2024 PDF is made available online for interested candidates to download. If you have been looking for a way to Score high in Physic during JAMB CBT, Physics Syllabus for JAMB is one of the answers. See also JAMB hot topic/area of concentration for physics below.
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JAMB Physics Syllabus 2023 PDF
Note: Jamb Syllabus is an essential part of Preparing for the Examination. If you do not have the current syllabus, You have less chance of passing very well.
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Summarized JAMB Physics syllabus
This syllable contains both topic, content and recommended books.
1.MEASUREMENT AND UNITS:Mass,time,fundamental physical quantities and derived physical quantities and their units,dimensions,limitation of experimental measurements;measurement, position, distance and displacement.
2.SCALAR AND VECTORS:Definition of scalar and vector quantities and examples, relative velocity, resolution of vectors into two perpendicular directions.
3. MOTION:Types of motion, Relative motion, causes of motion, types of force,linear motion, projectile, Newton’s law of motion, Motion in a circle,simple Harmonic Motion( S.H.M).
4. GRAVITATIONAL FIELD:Newton’s law of universal gravitation,gravitational potential, conservative and non conservative fields,acceleration due too gravity and its variation on earth’s surface, distinction between mass and weight, escape velocity and parking orbit with weightless.
5. EQUILIBRIUM OF FORCES:
Equilibrium of particles, principles of moment, conditions for equilibrium of rigid bodies under the action if parallel and non parallels forces, centre of gravity and stability.
6. WORK, ENERGY AND POWER:
Definition, forms of energy, conservation of energy ,qualitative treatment between forms of energy, interpretation of areas under the force distance curve;Energy and society;Dams and energy production; Nuclear energy; solar energy.
7. FRICTION:
Static and dynamic friction, coefficient of limiting friction and it’s determination, advantage and disadvantage of friction, reduction of friction, Stoke’s law,qualitative treatment of viscosity and terminal velocity.
8.SIMPLE MACHINES:
Definition, types of machines; mechanical advantage, velocity ratio and efficiency of machines.
9. ELASTICITY:Elastic limit, yield point, breaking point, Hook’s law and Young’s modulus;spring balance; work done per unit volume in spring and elastic string
10. PRESSURE IN LIQUIDS:Atmospheric pressure;Pressure in liquid.
11. LiQUIDS AT REST:Determination of density of solids and liquids, definition of relative density, upthrust of a body immersed in liquid, Archimedes principle and law of floatation and application.
12. TEMPERATURE AND IT’S MEASUREMENT:
Concept of temperature,thermometric properties types of thermometer and its calibration, temperature scale,conversion from one scale to another.
13. THERMAL EXPANSION AND QUANTITY OF HEAT:
Solids and liquids thermal expansion; heat as a form of energy, definition of heat capacity and specific heat capacity of solids and liquids and it’s determination of substances by simple method.
14. GAS LAW:
Boyle’s law(isothermal),Charles law(isobaric), pressure law(volumetric), absolute zero of temperature, general gas equation, ideal gas equation and van dear Waal gas.
15. CHANGE OF STATE:
Latent heat,specific latent heat of fusion and vaporization, melting, evaporation and boiling, application in appliances, the influence of pressure and of dissolved substance on boiling and melting.
16. VAPOURS:
Unsaturated and saturated vapour, relationship between saturated vapour pressure(S.V.P) and boiling,determing S.V.P with barometer method, formation of dew,mist,fog,and rain;study of dew point,humidity and relative humidity;hygrometer.
17. STRUCTURE OF MATTER AND KINETIC THEORY:
Molecular nature of matter;kinetic theory
18.HEAT TRANSFER:
Conduction, convection and radiation as modes of heat transfer;temperature gradient, thermal conductivity and heat flux,effect of the nature of the surface on the energy radiated and absorbed by it,the conductivities of common material, the thermos flask,land and sea breeze,engines.
19.WAVES:
Production and propagation; classification; characteristic/properties; propagation of sound waves;characteristics of sound waves.
20. LIGHT ENERGY:
Sources of light, propagation of light;Reflection of light at plane and curved surfaces; Refraction of light through at plane and curved surfaces:-Glass prism;0ptical instruments; dispersion of light and colours:-electromagnetic spectrum.
21. ELECTROSTATICS AND CURRENT ELECTRICITY:
Positive and negative charges,coulombs inverse square law etc;electromagnetic force,ohms law,meter bridge etc.
22. CAPACITORS:
Types and function of capacitor, parallel plate capacitor, capacitance of a capacitor, capacitor in series and parallel, energy stored in a capacitor, the relationship between capacitance, area separation of plate and medium between plate’s.
23. ELECTRIC CELLS:
Simple voltaic cell and it’s defect,types of cells,maintenance of cells and batteries, arrangement of cells and efficiency of a cell.
24. ELECTRICAL ENERGY AND POWER:
Concept of electrical energy and power,electric power transmission, commercial units, uses of fuses,electrical wiring of house,heating effect of electric current.
25. MAGNETS AND MAGNETIC FIELDS:
Forces on a current carrying conductor in a magnetic field;Electromagnetic induction:-inductance, Eddy current.
26. SIMPLE A.C CIRCUITS:
Explanation of a.c current and voltage, peak and r.m.s values,a.c sources connected to a capacitor capacitive and inductive reactance, effective voltage in an RCL circuit also R CL series, vector diagram, phase angle and power factor, resistance and impedance frequency.
27.CONUCTION OF ELECTRICITY THROUGH:
(a)liquids:-electrolyte and non electrolyte and it’s concept;Faraday’s law;application. (b) gases:- discharges through gases, application of conduction of electricity.
28. ELEMENTARY MODER PHYSICS:
Models of atom and their limitations, elementary structure of atoms,energy levels and spectra,thermionic and photoelectric emissions, Ernsteins equation and stopping potential, application of thermionic emission and photoelectric effects, simple method of producing X-rays,properties and application of alpha, beta and gamma rays,half-life and decay constant, simple ideas of production of energy by fusion and fission, binding energy, mass defect and Ernsteins energy equation, wave particular paradox, electron diffraction, the uncertainty principle.
29. INTRODUCTORY ELECTRONICS:
Distinction between metals, semi conductor and insulator, intrinsic and extrinsic semi conductor, uses of semi conductor and diode’s in rectification and transition in amplification, n-type and p-type semi conductor, elementary knowledge of diodes and transistors.
RECOMMENDED BOOKS
1. Ike E.E (2014) Essential principles of physcis and Numerical problems and solution in physics,JOSENIC
2.Nelson M.(1977) Fundamental of physics, Great Britain,Hart Devi’s education.
3. Nelson M. and Parker… (1989) Advance level physics, (sixth edition) Heinemann.
4. Okeke P.N and Anyakoha M.W.(2000) senior secondary school physics, Lagos,Pacific printers.
5.Olumuyionwa A. And Ogunkoya O. O(1992) comprehensive certificate physics, Ibadan:university press PLC.
How To Pass JAMB 2023
- TEST YOURSELF FIRST BEFORE THE EXAM TESTS YOU
- Get and study JAMB 2020 QUESTIONS AND ANSWERS as we are about to give to you.
- TAKE ADVANTAGE OF THE EASY POINTS
- SEEK FOR ASSISTANCE
- Use JAMB Use of English Past Questions
- Prayer is important
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