CHEMISTRY NOTES FOR FORM THREE || NOTES ZA CHEMISTRY FORM THREE
CHEMISTRY NOTES FOR FORMTHREE
NOTES ZA CHEMIA KIDATO CHA TATU
NOTES ZA CHEMISTRY FORM 3
CHEMISTRY NOTES PDF
CHEMISTRY NOTES FOR O LEVEL
Chemistry Form 3 Syllabus
Chemical Equations Syllabus
- Molecular Equations Syllabus
- Write word equations for given chemical reactions Syllabus
- Write formula equations using chemical symbols Syllabus
- Balance chemical equations Syllabus
- Ionic Equations Syllabus
- Differentiate between molecular equations and ionic equations Syllabus
- Write balanced ionic equations Syllabus
Hardness Of Water Syllabus
- The Concept of Hardness of Water Syllabus
- Explain the concept of hardness of water Syllabus
- State causes of permanent and temporary hardness in water Syllabus
- Types of Hardness of Water Syllabus
- Identify types of hardness of water Syllabus
- Differentiate soft from hard water Syllabus
- Treatment and Purification of Hard Water Syllabus
- Examine process of hard water treatment and purification Syllabus
- Describe the importance of hard water treatment and purification Syllabus
- State the importance of hard water in daily life Syllabus
Acids, Bases And Salts Syllabus
- Acids and Bases Syllabus
- Investigate the natural sources of acids and bases Syllabus
- Determine the reactions of acids with various materials Syllabus
- Determine the reactions of alkalis with various materials Syllabus
- Determine the reactions of bases with various substances Syllabus
- Applications of acid-base neutralization in everyday life Syllabus
- Indicators Syllabus
- Explain an indicator from locally available materials Syllabus
- Test the acidity and alkalinity of substance using indicators Syllabus
- Describe the concept of an indicator Syllabus
- Salts Syllabus
- Investigate the natural source of salts in daily life Syllabus
- Analyse the solubility of different salts in the laboratory Syllabus
- Prepare salts in the laboratory Syllabus
- Examine the effects of heat on salts Syllabus
- Explain the uses of different types of salts in everyday life Syllabus
The Mole Concept And Related Calculations Syllabus
- The Mole as a Unit of Measurement Syllabus
- Compare the mole with other units of measurements Syllabus
- Measure molar quantities of different substances Syllabus
- Application of the Mole Concept Syllabus
- Convert known masses of elements, molecules or ions to moles Syllabus
- Convert known volumes of gases at S.T.P to moles Syllabus
- Change masses of solids or volumes of known gases to actual number of parties Syllabus
- Prepare molar solutions of various soluble substances Syllabus
- Perform calculations based on the mole concept Syllabus
Volumetric Analysis Syllabus
- Standard Volumetric Apparatus Syllabus
- Explain the concept of volumetric analysis Syllabus
- Use volumetric apparatus Syllabus
- Standard Solutions Syllabus
- Explain the steps for preparation of standard solutions of common acids Syllabus
- Prepare standard solutions of bases Syllabus
- Carry out acid-base titration experiments Syllabus
- Volumteric Calculations Syllabus
- Standardize common mineral acids Syllabus
- Find the relative atomic mass of unknown element in an acid or alkali Syllabus
- Calculate the percentage purity of an acid or an alkali Syllabus
- Find the number of molecules of water of crystallization of a substance Syllabus
- Application of Volumetric Analysis Syllabus
- Explain the application of volumetric analysis in real life situations Syllabus
- Compare industrial and laboratory skills of volumetric analysis Syllabus
Ionic Theory And Electrolysis Syllabus
- Ionic Theory Syllabus
- Distinguish electrolytes from non-electrolytes Syllabus
- Categorize weak and strong electrolytes Syllabus
- The Mechanisms of Electrolysis Syllabus
- Set up electrolytic cells of different electrolytes in the molten and aqueous states Syllabus
- Explain ionic migrations during electrolysis and the preferential discharge of ions at the electrodes Syllabus
- Perform experiments to identify the products of electrolysis when different electrolytes are used Syllabus
- Perform experiments to identify the products of electrolysis when different electrodes are used Syllabus
- Laws of Electrolysis Syllabus
- Carry out experiments to relate masses liberated and quantity of electricity passed Syllabus
- Carry out an experiment to verify Faraday’s First Law of Electrolysis Syllabus
- Carry out an experiment to verify Faraday’s Second Law of Electrolysis Syllabus
- Relate the chemical equivalents of elements and quantity of electricity passed Syllabus
- Application of Electrolysis Syllabus
- Outline the industrial purification of copper by electrolysis Syllabus
- Carry out an experiment on electroplating of metallic materials Syllabus
Chemical Kinetics, Equilibrium And Energetics Syllabus
- The Rate of Chemical Reactions Syllabus
- Compare the rates of chemical reactions Syllabus
- Perform experiments to measure the rates of chemical reactions Syllabus
- Factors Affecting the Rate of Chemical Reactions Syllabus
- Describe the effect of concentration on the rate of a reaction Syllabus
- Demonstrate the effect of temperature on the rate of a reaction Syllabus
- Show the effect of surface area of a solid on the rate of a reaction Syllabus
- Demonstrate the effect of catalyst on the rate of a reaction Syllabus
- Reversible and Irreversible Reactions Syllabus
- Compare reversible and irreversible reactions Syllabus
- Describe the concept of reversible and irreversible reactions Syllabus
- Equilibrium Reactions Syllabus
- Differentiate equilibrium reactions from simple reversible reactions Syllabus
- Describe two equilibrium reactions of industrial importance Syllabus
- Endothermic and Exothermic Reaction Syllabus
- Explain the concept of endothermic and exothermic reactions Syllabus
- Draw energy level diagrams for exothermic and endothermic reactions Syllabus
Extractions Of Metals Syllabus
- Occurrence and Location of Metals in Tanzania Syllabus
- Identify locations of important metal ores in Tanzania Syllabus
- Compare the abundances of metals in the earth’s crust Syllabus
- Chemical Properties of Metals Syllabus
- Differentiate the physical and chemical strengths of metals Syllabus
- Compare the reducing Power of different metals Syllabus
- Extraction of Metals by Electrolytic Reduction Syllabus
- Outline the criteria for the choice of the best methods of extracting a metal from its ore Syllabus
- Explain the extraction of sodium from its ore Syllabus
- Extraction of Metals by Chemical Reduction Syllabus
- Describe the extraction of iron from its ore Syllabus
- Environmental Consideration Syllabus
- Identify environmental destruction caused by extraction of metals Syllabus
- Suggest intervention measures to rectify environmental destruction Syllabus
Compounds Of Metals Syllabus
- Oxides Syllabus
- Prepare oxides of some metals by direct and indirect methods Syllabus
- Classify metal oxides Syllabus
- Demonstrate the reactions of metal oxides with water and dilute acids Syllabus
- Explain the uses of metal oxides Syllabus
- Hydroxides Syllabus
- Prepare hydroxides of some metals by direct and indirect methods Syllabus
- Classify metal hydroxides Syllabus
- Explain the chemical properties of metal hydroxides Syllabus
- Describe the uses of metal hydroxides Syllabus
- Carbonates and Hydrogen Carbonates Syllabus
- Prepare metal carbonate and hydrogen carbonates by different methods Syllabus
- Classify metal carbonates Syllabus
- Analyse the chemical properties of metal carbonates Syllabus
- Describe the uses of carbonates and hydrogen carbonates Syllabus
- Nitrates Syllabus
- Prepare metal nitrates Syllabus
- Explain the chemical properties of metal nitrates Syllabus
- Explain the uses of metal nitrates Syllabus
- Chlorides Syllabus
- Prepare metal chlorides by direct and indirect methods Syllabus
- Explain the chemical properties of metal chlorides Syllabus
- Explain the uses of metal chloride Syllabus
- Sulphates Syllabus
- Prepare soluble and insoluble sulphates Syllabus
- Explain chemical properties of sulphates Syllabus
- Describe uses of sulphates Syllabus
- CLICK HERE TO DOWNLOAD CHEMISTRY SYLLABUS
Comments
Post a Comment