Hydrogen
The electron configuration of hydrogen
The isotopes of hydrogen and draw their electron configuration
The unique position of hydrogen in the periodic table
The laboratory and industrial methods for the preparation of hydrogen
The physical and chemical properties of hydrogen
The uses of hydrogen
Air
The constituents of air
The percentage composition of air
The properties of air
The various zones of flame
Water
Draw and explain the structure of water
Define the following concepts: solute, solvent solution
Define solubility and, state the rules of solubility in water
Explain factors that affect solubility
Explain the causes of hardness of water
Explain the methods employed in the removal of hardness
Explain methods used in purifying water
Nitrogen And Its Compound 1
At the end of this lesson, the students should be able to understand Nitrogen And Its Compound
Binary Compound of Oxygen
At the end of this lesson, the students should be able to understand the Binary Compound of Oxygen
Chemical Reaction 2
At the end of this lesson, the students should be able to understand Chemical Reaction
Chemical Reaction Energy And Energy Change 4
At the end of this lesson, the students should be able to understand Energy And Energy Change
Water Supplies 1
At the end of this lesson, the students should be able to understand Water Supplies
Hydrocarbon 2
At the end of this lesson, the students should be able to understand Hydrocarbon
Hydrocarbon 3
At the end of this lesson, the students should be able to understand Hydrocarbon
Periodic Table 5
At the end of this lesson, the students should be able to understand Periodic Table
Molar Mass Water Of Cystalization And Solubility Of Substances
At the end of this lesson, the students should be able to understand Molar Mass Water Of Crystallization And Solubility Of Substances
Stiochiometry
Explain Stiochiometry
Carry out Stiochiometric calculations
Chemical Thermodynamics
At the end of this lesson, students should be able to understand Chemical Thermodynamics
Chemical Reactions: Chemical Kinetics
Identifying reactants and products of any chemical reaction
Explaining the terms reaction time and reaction rate; and the relationship between the two.
Explaining collision theory with respect to reaction time and reaction rate
Describing the influence of the following on chemical reaction rates:
– nature of substances;
– concentration/pressure,
– temperature and catalysts
Endothermic and exothermic reactions
Equations for simple equilibrium reaction
Le Chateller’s principle
Influence of the following factors on the equilibrium of chemical reactions:
– Concentration
– Temperature
– Pressure
Chemical Reactions chemical equilibrium
Identifying reactants and products of any chemical reaction
Explaining the terms reaction time and reaction rate; and the relationship between the two.
Explaining collision theory with respect to reaction time and reaction rate
Describing the influence of the following on chemical reaction rates:
– nature of substances;
– concentration/pressure,
– temperature and catalysts
Endothermic and exothermic reactions
Equations for simple equilibrium reaction
Le Chateller’s principle
Influence of the following factors on the equilibrium of chemical reactions:
– Concentration
– Temperature
– Pressure
Chemical Reactions: Energy and chemical reaction (III)
Identifying reactants and products of any chemical reaction
Explaining the terms reaction time and reaction rate; and the relationship between the two.
Explaining collision theory with respect to reaction time and reaction rate
Describing the influence of the following on chemical reaction rates:
– nature of substances;
– concentration/pressure,
– temperature and catalysts
Endothermic and exothermic reactions
Equations for simple equilibrium reaction
Le Chateller’s principle
Influence of the following factors on the equilibrium of chemical reactions:
– Concentration
– Temperature
– Pressure
Chemical Reactions: Energy and chemical reaction (II)
Identifying reactants and products of any chemical reaction
Explaining the terms reaction time and reaction rate; and the relationship between the two.
Explaining collision theory with respect to reaction time and reaction rate
Describing the influence of the following on chemical reaction rates:
– nature of substances;
– concentration/pressure,
– temperature and catalysts
Endothermic and exothermic reactions
Equations for simple equilibrium reaction
Le Chateller’s principle
Influence of the following factors on the equilibrium of chemical reactions:
– Concentration
– Temperature
– Pressure
Chemical Reactions: Energy and chemical reaction (I)
Identifying reactants and products of any chemical reaction
Explaining the terms reaction time and reaction rate; and the relationship between the two.
Explaining collision theory with respect to reaction time and reaction rate
Describing the influence of the following on chemical reaction rates:
– nature of substances;
– concentration/pressure,
– temperature and catalysts
Endothermic and exothermic reactions
Equations for simple equilibrium reaction
Le Chateller’s principle
Influence of the following factors on the equilibrium of chemical reactions:
– Concentration
– Temperature
– Pressure
Periodic Table(ii)
-The periodic law
-Arrangement of common elements into groups (families) and periods
-Distinguishing between the families of elements on the periodic table
-The changes in the properties of elements down the group and across periods
-The relationship between ionization energy and electron affinity and the properties of elements down the groups and across periods
-The diagonal relationship in the properties of elements