Yakili | Form 5 Chemistry

Course / Course Details

Form 5 Chemistry

Form 5
Chem

By - Secondary Chemistry Tutor
29 students
166 Hours 40 Min
(0)

Course Requirements

Regular attendance and participation in class discussions and activities.
Completion of assigned homework and projects on time.
Maintaining a laboratory notebook for recording experiments and observations.
Adherence to laboratory safety rules and regulations.

Course Description

This course will delve deeper into the fascinating world of chemistry, building upon the foundation you established in Form 5. Get ready to explore the properties of matter, delve into the intricacies of chemical reactions, and unlock the secrets of solutions and acids & bases. Through engaging classroom activities, hands-on laboratory experiments, and problem-solving exercises, you'll gain a comprehensive understanding of core chemical concepts.

Course Outcomes

The specific coursework will cover various topics in chemistry, likely including:

Foundational Concepts:
- Scientific method, units and measurements, atomic structure, periodic table, chemical bonding.
Chemical Reactions:
- Types of reactions, balancing equations, stoichiometry, reaction rates and equilibrium.
States of Matter:
- Solids, liquids, gases, properties of matter, changes of state.
Solutions:
- Concentration units, solubility, properties of solutions.
Acids and Bases:
- pH scale, neutralization reactions.
Organic Chemistry:
- Introduction to organic compounds, functional groups, basic reactions.

Course Curriculum

1 chapters
32 lectures
0 quizzes
166 Hours 40 Min total length

Toggle all chapters

1 Titration Technique and calculations based on titration results

5 Min

2 Definition of Polymerization a) Addition polymers b) Condensation polymers c) natural polymers

5 Min

3 Fertilizers- nitrogenous and phosphatic, composition and calculation of components.

5 Min

4 Industrial manufacture of sodium hydroxide, chlorine and hydrogen. Uses and effect on environment

5 Min

5 Industrial manufacture of sulphuric acid Uses and effect on environment

5 Min

6 Industrial manufacture of ammonia, nitric acid, Uses and effect on environment.

5 Min

7 Sources of raw material- air, water, the sea, nitrates, limestone, iron oxides, sulphur, silicates, phosphates.

5 Min

8 Extraction of titanium and Properties of these metals and their alloys related to their uses.

5 Min

9 Extraction of iron and copper

5 Min

10 The extraction of aluminium by electrolytic reduction Physical properties of aluminium.

5 Min

11 The Electrochemical Series and principles underlining the Extraction of metals

5 Min

12 Soap and detergents- Saponification - Uses -Properties of soap

5 Min

13 Carboxylic acids (C1 to C4) carboxylic acids as a homologous series containing the –CO2H group. Preparation, manufacture, properties and uses

5 Min

14 Alcohols- (C1-C4) Formation and polymerization of Esters.

5 Min

15 Alcohols- (C1-C4) Preparation, manufacture, properties and uses.

5 Min

16 Calculations of concentrations from given amounts of substance and or volume

5 Min

17 Latent heat- molar heat of fusion and evaporation as evidence of inter-particle forces. Enthalpy notation (∆H) for exothermic and endothermic reactions.

5 Min

18 Preparation of standard solutions.

5 Min

19 Definition of Terms.

5 Min

20 Le Chatelier’s principle, factors affecting the equilibrium position and the yield of important products, such as in industrial processes- HaberContact process.

5 Min

21 Equilibrium state -Open and closed systems.

5 Min

22 The concept of reversible reactions, equilibrium and its notation.

5 Min

23 Experiments to show effects of factors on rate of reaction and related graphs curves

5 Min

24 Factors which affect rate of reaction- surface area, concentration, temperature, catalyst. Homogeneous and heterogeneous reactions

5 Min

25 a) The Electrochemical Series b) The Electrochemical Cell c) Uses and Applications of Electrolysis. d) Redox reactions

5 Min

26 a) The Electrochemical Series b) The Electrochemical Cell c) Uses and Applications of Electrolysis. d) Redox reactions

5 Min

27 Faraday’s laws of Electrolysis. Mathematical expression and related calculations

5 Min

28 Electrolysis of- a) Molten electrolyte (Sodium Chloride or Lead Bromide), b) An aqueous electrolyte (i) Copper sulphate solution (ii) Acidified water (dil. H2SO4)

5 Min

29 a) Migration of ions to Electrodes and Selective Discharge of ions b) Half Reactions and Overall Cell Reactions

5 Min

30 a) Formation of ions. b) Define electrolyte and non- electrolyte, electrolysis, electrodes, anode, cathode, anion, cation and electrolytic cell (voltameter).

5 Min

31 Simple energy level diagrams. Hess’s law. (Principle of conservation of energy)

5 Min

32 Heat of reaction and calculations. Quantitative determination of enthalpies of- a)Combustion e.g. ethanol and methanol b)Neutralisation c)Solution d)Reaction Precipitation

5 Min

Instructor

Secondary Chemistry Tutor

Our secondary chemistry tutor plays a crucial role in helping students develop a strong understanding of chemical principles, problem-solving skills, and laboratory techniques.

0 Rating