Home » NECO Syllabus » About NECO Chemistry Syllabus
Are you preparing to write the Chemistry exam in the upcoming NECO exams? Or do you know someone who is? If yes, then this article will be of great help to you.
This NECO chemistry exam aims to access your:
- Understanding of basic chemistry concepts;
- Level of acquisition of laboratory skills including awareness of hazards and safety measures;
- Level of awareness of the inter-relationship between chemistry and other discipline;
- Level of awareness of the linkage between chemistry and industry/environment/everyday life in terms of benefits and hazards;
- Skills of critical and logical thinking.
The NECO Chemistry syllabus is like a roadmap that provides an overview of the topics that you need to study and what you should know after reading each topic. Studying this syllabus alongside your NECO past questions is an excellent way to stay ahead of your peers and score good points in your exam.
Marking Guide & Sections
There shall be three papers – Papers 1, 2 and 3 all of which must be taken. Papers 1 and 2 shall be a composite paper to be taken in one sitting.
PAPER 1:
This will consist of fifty multiple-choice objective questions drawn from Section A of the syllabus (i.e. the portion of the syllabus which is common to all candidates).
Candidates will be required to answer all the questions within 1 hour for 50 marks.
PAPER 2:
It will be a 2-hour essay paper covering the entire syllabus and carrying 100 marks. The paper will be in two sections; Sections A and B.
Section A: Will consist of ten short structured questions drawn from the common portion of the syllabus. (i.e. Section A of the syllabus). Candidates will be required to answer all the questions for 25 marks.
Section B: Will consist of two questions from the common portion of the syllabus (i.e. Section A of the syllabus)
and two other questions from the section of the syllabus which is peculiar to the country of the candidate (i.e. either Section B or C of the syllabus).
Candidates will be required to answer any three of the questions. Each question shall carry 25 marks.
PAPER 3:
This shall be a 2-hour practical test for school candidates or a 1 hour 30 30-minute alternative to practical work test for private candidates. Each version of the paper shall contain three compulsory questions and carry 50 marks.
The questions shall be on the following aspects of the syllabus: One question on quantitative analysis; One question on qualitative analysis; and The third question shall test candidates’ familiarity with the practical activities suggested in their teaching syllabuses.
N.B: Details of the input into the continuous assessment shall be given by the Council.
The NECO Chemistry Syllabus
| NECO CHEMISTRY SYLLABUS | ||
| SN | TOPICS | OBJECTIVES |
| 1 | INTRODUCTION TO CHEMISTRY | i. Measurement of physical quantities. ii. Scientific measurements and their importance in chemistry. iii. Scientific Methods |
| 2 | STRUCTURE OF AN ATOM | i. Gross features of the atom ii. Atomic number/proton number, number of neutrons, isotopes, atomic mass, mass number iii. Relative atomic mass (Ar) and relative molecular mass (Mr) based on the Carbon-12 scale iv. Characteristics and nature of matter. v. Particulate nature of matter: physical and chemical changes vi. Electron Configuration vii. Orbitals viii. Rules and principles for filling in electrons |
| 3 | STANDARD SEPARATION TECHNIQUES FOR MIXTURES | i. Classification of mixtures. ii. Separation techniques iii. Criteria for purity |
| 4 | PERIODIC CHEMISTRY | i. Periodicity of the elements. ii. Different categories of elements in the periodic table. iii. Periodic law a) Trends on the periodic table b) Periodic gradation of the elements in the third period (Na – Ar) c) Reactions between acids and metals, their oxides and trioxocarbonates (IV) d) Periodic gradation of elements in group seven, the halogens: F, Cl, Br and I e) Elements of the first transition series 21Sc – 30Zn |
| 5 | CHEMICAL BONDS | i. Interatomic bonding ii. Formation of ionic bonds and compounds. iii. Properties of ionic compounds. iv. The naming of ionic compounds. v. Formation of covalent bonds and compounds. vi. Properties of covalent compounds. vii. Coordinate (dative) covalent bonding viii. Shapes of molecular compounds. ix. Metallic Bonding x. Factors influencing its formation. xi. Properties of metals. xii. Intermolecular bonding xiii. Intermolecular forces in covalent compounds xiv. Hydrogen bonding xv. van der Waals forces xvi. Comparison of all bond types |
| 6 | STOICHEMISTRY & CHEMICAL REACTIONS | i. Symbols, formulae and equations. ii. Chemical symbols. iii. Empirical and molecular formulae iv. Chemical equations and IUPAC names of chemical compounds v. Laws of chemical combination vi. Amount of substance vii. Mole ratios viii. Solutions ix. Concentration terms x. Standard solutions. xi. Preparation of solutions from liquid solutes by the method of dilution |
| 7 | STATES OF MATTER | i. Kinetic theory of matter. ii. Changes of state of matter. iii. Diffusion iv. Gases a) Characteristics and nature of gases b) The gas laws c) Laboratory preparation and properties of some gases. v. Liquids vi. Vapour and gases. vii. Solids a) Characteristics and nature b) Types and structures c) Properties of solids. viii. Structures, properties and uses of diamond and graphite. ix. Determination of melting points of covalent solids. |
| 8 | ENERGY & ENERGY CHANGES | i. Energy and enthalpy ii. Description, definition and illustrations of energy changes and their effects |
| 9 | ACIDS, BASES & SALTS | i. Definitions of acids and bases. ii. Physical and chemical properties of acids and bases. iii. Acids, bases and salts as electrolytes. iv. Classification of acids and bases. v. Concept of pH vi. Salts a) Laboratory and industrial preparation of salts b) Uses c) Hydrolysis of salt. vii. Deliquescent, efflorescent and hygroscopic compound. viii. Acid-Base indicators ix. Acid-Base titration |
| 10 | SOLUBILITY OF SUBSTANCES | i. General principles ii. Practical application of solubility |
| 11 | CHEMICAL KINETICS & EQUILIBRIUM RATE | i. Rate of reactions: a) Factors affecting rates b) Theories of reaction rates c) Analysis and interpretation of graphs ii. Equilibrium: a) General Principle b) Le Chatelier’s principle |
| 12 | REDOX REACTIONS | i. Oxidation and reduction process. ii. Oxidizing and reducing agents. iii. Redox equations iv. Electrochemical cells a) Standard electrode potential b) Drawing of cell diagram and writing cell notation c) E.M.F. of cells; d) Application of Electrochemical cells. v. Electrolysis a) Electrolytic cells b) Principles of electrolysis c) Factors influencing discharge of species; d) Faraday’s laws e) Practical application f) Corrosion of metals |
| 13 | CHEMISTRY OF CARBON COMPOUNDS | i. Classification ii. Functional group iii. Separation and purification of organic compounds. iv. Petroleum/crude oil v. Determination of empirical and molecular formulae and molecular structures of organic compounds. vi. General properties of organic compounds: a) Homologous series b) Isomerism. vii. Alkanes a) Sources, properties b) Uses. viii. Alkenes a) Sources and properties b) Uses c) Laboratory detection. ix. Alkynes a) Sources, characteristic properties and uses b) Chemical reactions. x. Benzene a) Structure and physical properties; b) Chemical properties xi. Alkanols a) Sources, nomenclature and structure; b) Classification c) Physical properties d) Chemical properties e) Laboratory test f) Uses. xii. Alkanoic acids a) Sources, nomenclature and structure; b) Physical properties c) Chemical properties d) Laboratory test e) Uses xiii. Alkanoates as derivatives of alkanoic acids: a) Sources, nomenclature, preparation and structure; b) Physical properties c) Chemical properties d) Uses |
| 14 | CHEMISTRY, INDUSTRY & THE ENVIRONMENT | i. Chemical industry ii. Pollution: air, water and soil pollution iii. Biotechnology |
| 15 | BASIC BIOCHEMISTRY & SYNTHETIC POLYMERS | i. Proteins: a) Sources and properties b) Uses of protein ii. Amino acids iii. Fats/oils a) Sources and properties; b) The general structure of fats/oils c) Preparation of soap d) Uses of fats/oils. iv. Carbohydrates a) Sources and nomenclature; b) Properties c) Carbohydrates as examples of polymers; d) Uses v. Synthetic polymers: a) Properties; b) Uses of polymers |
| NECO CHEMISTRY PRACTICALS | ||
| 16 | GENERAL SKILLS & PRINCIPLES | Candidates will be expected to be familiar with the following skills and principles: i. Measurement of mass and volume; ii. Preparation and dilution of standard solutions; iii. Filtration, recrystallisation and melting point determination; iv. Measurement of heats of neutralization and solutions; v. Determination of pH value of various solutions by colorimetry; vi. Determination of rates of reaction from concentration versus time curves; vii. Determination of equilibrium constants for a simple system. |
| 17 | QUANTITATIVE ANALYSIS | 1. Acid-Base Titrations The use of standard solutions of acids and alkalis and the indicators; methyl orange, methyl red and phenolphthalein to determine the following: i. The concentrations of acid and alkaline solutions; ii. The molar masses of acids and bases and water of crystallization. iii. The solubility of acids and bases; iv. The percentage purity of acids and bases; v. Analysis of Na2CO3/NaHCO3 mixture by double indicator methods (Ghanaians only). vi. Stoichiometry of reactions. 2. Redox Titrations Titrations of the following systems to solve analytical problems: Acidic MnO4– with Fe2+; Acidic MnO4– with C2O42-; I2 in KI versus S2O32-. |
| 18 | QUALITATIVE ANALYSIS | No formal scheme of analysis is required. i. Characteristic tests of the following cations with dilute NaOH(aq) and NH3(aq); NH4; Ca2+; Pb2+; Cu2+; Fe2+; Fe3+; Al3+; and Zn2+. ii. Confirmatory tests for the above cations. iii. The characteristic reaction of dilute HCl on solids or aqueous solutions and conc. H2SO4 on solid samples of the following: Cl– ; SO32- ; CO32- ; NO3– and SO42-. iv. Confirmatory tests for the above anions v. Comparative study of the halogens; displacement reactions. vi. Characteristic tests for the following gases: H2; NH3; CO2; HCl and SO2. vii. Characteristic test tube reactions of the functional groups in the following simple organic compounds: Alkenes; alkanols; alkanoic acids, sugars (using Fehling’s and Benedict’s solutions only); starch (iodine test only) and proteins (using the Ninhydrin test, Xanthoporteic test, Biuret test and Millon’s test only). |
Recommended Texts For NECO Chemistry Exam
- New School Chemistry for Senior Secondary Schools, Ababio, O. Y. (2009), (Fourth edition), Onitsha: Africana FIRST Publishers Limited.
- Senior Secondary Chemistry, Bajah, S.T.; Teibo, B. O., Onwu, G.; and Obikwere, A. Book 1 (1999), Books 2 and 3 (2000). Lagos: Longman.
- Understanding Chemistry for Schools and Colleges, Ojokuku, G. O. (2012, Revised Edition), Zaria: Press-On Chemresources.
- Essential: Chemistry for Senior Secondary Schools, (2008), 2nd Edition, I. A. Odesina, Lagos: Tonad Publishers Limited.
- Countdown to WASSCE/SSCE, NECO, JME Chemistry, Uche, I. O.; Adenuga, I. J. and Iwuagwu, S. L. (2003). Ibadan: Evans.
Frequently Asked Questions About the NECO Chemistry Exams
The NECO Chemistry syllabus covers topics such as the structure of atoms, chemical bonding, acids, bases salts, etc.
The NECO Chemistry exam typically consists of objective, theory and practical papers.
To study effectively for the NECO Chemistry exam, create a study schedule, study with the syllabus above, and recommended textbooks, and practice past questions.
Yes, you can get a copy of Chemistry NECO’s past questions at bookstores around you.
The lowest score you should aim for is 50% which will give you a C6, anything less than that could affect your chances of getting admission since Chemistry is a core science course.
A full list of the recommended textbooks can be seen above. In addition to that, you should also add your syllabus and past questions booklet to it.
