Punjab| CHEMISTRY (9)smart syllabus ALP board exam 2020 class 9
CHAPTER NO. 1: FUNDAMENTALS OF CHEMISTRY
Chemistry and branches of chemistry, Basic Definitions
(matter, substance,
Homogeneous and heterogeneous mixture, physical and
chemical properties),
Elements, Compound and Mixture, Difference between a
compound and a mixture,
Atomic Number and Mass Number, Example 1.1, Relative
Atomic Mass and
Relative Mass Unit, Empirical formula and Molecular
formula, Molecular mass and
Formula mass, Example 1.2; 1.3, Types of Molecules,
Avogadro’s Number, Mole
and Molar mass, Example 1.4, Chemical Calculations,
Mole-Mass Calculations,
Example 1.5, Mole-Particle Calculations, Example
1.6,1.7(pp. 4-14; 16-22).
Chapter 3: Dynamics
Force, Inertia and Momentum, Newton’s Laws of Motion,
Mass and Weight, Force
and Momentum, Law of Conservation of Momentum and its
Daily Life
Applications, Friction, Coefficient of Friction (F=
µR), Rolling Friction, Centripetal
Force, Examples: 3.1, 3.3, 3.6
Exercise:
Class Work: Q 3.1: (iii, viii) (3.3, 3.5-3.10, 3.12,
3.13, 3.17), Problems: (3.5, 3.9)
Home Work: Q 3.1: (I, ii, v, vii-ix) (3.2, 3.4, 3.11,
3.14-3.17), Problems: (3.1-3.4, 3.8, 3.10)
Chapter 4: Turning Effect of Forces
Like and Unlike Parallel Forces, Addition of Forces,
Head to Tail Rule, Resolution
of Forces, Torque or Moment of a Force, Principle of
Moments, Centre of Gravity,
Equilibrium, First Condition of Equilibrium, Second
Condition of Equilibrium only,
Examples: 4.2-4.5
Exercise:
Class Work: Q 4.1: (ii, iv-vii), (4.4, 4.5, 4.7-4.9,
4.11, 4.12), Problems: (4.1, 4.3, 4.7, 4.8)
Home Work: Q 4.1: (i-iii, viii), (4.6, 4.10-4.13),
Problems: (4.2, 4.4-4.6)
Chapter 5: Gravitation
The Force of Gravitation, Law of Gravitation, Law of
Gravitation and Newton Third
Law of Motion, Mass of Earth, Artificial Satellites,
Examples: 5.1, 5.2
Exercise:
Class Work: Q 5.1: (ii) (5.8-5.10) Problems: (5.4, 5.5,
5.8, 5.9)
Home Work: Q 5.1: (i, iii, iv) (5.2, 5.3, 5.12, 5.13)
Problems: (5.1-5.3, 5.7)
Chapter 6: Work and Energy
Energy, Kinetic Energy (K.E.=1/2 mv2), Potential Energy
(P.E.=mgh), Efficiency,
Power, Examples: 6.2, 6.3, 6.5, 6.7
Exercise:
Class Work: Q 6.1: (ii, iii, vii), (6.3, 6.5, 6.6,
6.13, 6.14), Problems: (6.4-6.6)
Home Work: Q 6.1: (i, iv-vi, ix), (6.2, 6.4, 6.7, 6.15,
6.16), Problems: (6.1-6.3, 6.7, 6.9)
Chapter 7: Properties of Matter
Pressure, Atmospheric Pressure, Variation in
Atmospheric Pressure, Pressure in
Liquids, Density, Pascal's Law, Elasticity, Hooke’s Law,
Young’s Modulus,
Examples: 7.2, 7.7
Exercise:
Class Work: Q7.1: (viii) (7.22), Problems: (7.1,7.6)
Home Work: Q7.1: (iii) (7.6, 7.15, 7.17), Problems:
(7.5, 7.12)
Chapter 8: Thermal Properties of Matter
Temperature and Heat, Specific Heat Capacity, Importance
of Large Specific Heat
Capacity of Water, Heat Capacity, Change of State,
Latent Heat of Fusion, Latent
Heat of Vaporization, The Evaporation, Thermal
Expansion, Linear Thermal
Expansion in Solids, Volume Thermal Expansion,
Examples: 8.5-8.7
Exercise:
Class Work: Q 8.1: (vi, vii), (8.7-8.9) Problems: (8.4,
8.8)
Home Work: Q 8.1: (iv, v viii), (8.3, 8.10) Problems:
(8.3, 8.7)
Chapter 9: Transfer of Heat
Transfer of Heat, Conduction, Thermal Conductivity,
Convection, Convection
Currents in Air, Use of Convection Currents, Land and
Sea Breezes, Gliding,
Radiation, Example: 9.1
Exercise:
Class Work: Q 9.1: (ii, vi-viii), (9.4, 9.6, 9.7),
Problems: (9.2)
Home Work: Q 9.1: (i, iii, v, ix), (9.2, 9.5),
Problems: (9.1)
EXPERIMENTS:
1. To measure the Volume of a Solid Cylinder by
measuring Length and
Diameter of a
Solid Cylinder with Vernier Callipers.
2. To find the Value of “g” by Free Fall Method.
3. Investigate the Relationship between Force of
Limiting Friction and Normal
Reaction to find
the Co-efficient of Sliding Friction between a Wooden
Block and
Horizontal Surface.
4. To determine the Resultant of two forces graphically
using a Horizontal
Force Table.
5. To find the Weight of an unknown object by using
Principle of Moments.
6. To study the Effect of the Length of Simple Pendulum
on Time and hence
find “g” by
calculation.
7. To study the Relationship between Load and Extension
(Helical Spring) by
drawing a graph.
8. To find the Specific Heat by the method of mixture
using Polystyrene Cups
(used as
container of negligible Heat Capacity).
9. To measure the Specific Heat of Fusion of Ice.
Practicals:
Separate the given mixture of iron filings and sand by
physical method.
Questions:
Classwork: Multiple Choice Questions (1, 2, 6, 7, 8-13)
(pp.24-25)
Homework: Short Answer Questions (1-8, 10, 11, 12,
14-17, 19) (pp.25-26);
Long Answer Questions (1, 2, 4) (p.26); Numericals (1,
3, 4, 6, 7, 9) (p.26)
CHAPTER 2: STRUCTURE OF ATOMS
Rutherford’s Atomic Model, Defects in Rutherford’s
Model, Bohr’s Atomic Theory,
Electronic Configuration, Examples: 2.1, 2.2, 2.3,
Electronic Configuration of First
18 Elements (pp. 31-37), definition of isotopes types
and uses of isotopes.
Practicals:
No Practical
Questions:
Classwork: Multiple Choice Questions (3-9) (p.42)
Homework: Short Answer Questions (3-13) (pp. 42-43);
Long Answer Questions
(4-10) (p.43)
CHAPTER 3: PERIODIC TABLE AND PERIODICITY OF PROPERTIES
Definition of Periodic Law, Modern Periodic Table,
Periods and Groups, Periodicity
of Properties (definition and trends in periods and
groups in Atomic Size and Atomic
Radius, Shielding Effect, Ionization Energy, Electron
Affinity, and
Electronegativity. (pp. 46-56).
Practicals:
No practical
Questions:
Classwork: Multiple Choice Questions (1, 2, 6, 7, 10)
(pp.56-57)
Homework: Short Answer Questions (3, 4, 7-9) (p.57);
Long Answer Questions
(8-10) (p.57)
CHAPTER 4: STRUCTURE OF MOLECULES
Chemical Bonds, Types of Chemical Bond, Ionic Bond,
Covalent Bond and its
types, Dative or Coordinate Covalent Bond, Polar and
Non-Polar Covalent Bond,
Metallic Bond, Intermolecular Forces (Dipole-Dipole
Interaction, Hydrogen
Bonding) (Page 59-68).
Practicals:
No practical
Questions:
Classwork: Multiple Choice Questions (5-8, 11-13, 17)
(p.72-73)
Homework: Short Answer Questions (4, 5, 7, 8, 10-14)
(pp.73-74); Long Answer
Questions (1, 4-8) (p.74)
CHAPTER 5: PHYSICAL STATES OF MATTER
Boyle’s Law, Experimental Verification of Boyle’s Law,
Charles’s Law,
Experimental Verification of Charles’s Law,
Evaporation, Vapour Pressure, Boiling
Point, Freezing and Melting Point, Density
(pp. 78-83, 84-90). Definition gas, liquid, solid and
allotropy
Practicals:
Determine the melting point of naphthalene.
Determine the boiling point of ethyl alcohol.
Separate the given mixture of alcohol and water by
distillation.
Questions:
Classwork: Multiple Choice Questions (2, 7, 9-11)
(p.93)
Homework: Short Answer Questions (3, 4,5, 7) (p.94);
Long Answer Questions (1-4) (p.94);
Numericals (2-5, 7-9) (pp. 94-95;
CHAPTER 6: SOLUTIONS
Definitions of following terms with example: {Solution
(i-solute ii-solvent),
Aqueous Solutions, Saturated Solution, Unsaturated
Solution, Supersaturated
Solution, Dilution of Solution, Percentage (Mass/Mass
Percentage, Mass/Volume
Percentage, volume/ mass percentage, Volume/Volume
Percentage), Molarity with
formula, Preparation of Molar Solution, example 6.2
& 6-3, Dilution of Solution
Solubility (pp. 97-104).
Practicals:
Prepare 100cm3 of 0.1M Sodium Carbonate (Na2CO3)
solution.
Prepare 100cm3 of 0.1M Sodium Hydroxide (NaOH) solution
from the given 1M
solution.
Demonstrate that temperature affects solubility.
Questions:
Classwork: Multiple Choice Questions (4,8, 11-13)
(pp.110-111)
Homework: Short Answer Questions (12) (p.111); Long Answer
Questions (1-4)
(p.112). Numericals (2,4-5,6) (p.112). .
CHAPTER 7: ELECTROCHEMISTRY
Definitions of Oxidation and Reduction Reactions with
examples, Oxidation and
Reduction in terms of Loss or Gain of Electrons,
Oxidation State and Rules for
Assigning Oxidation State, Examples: 7.1, 7.2, 7.3,
definition of Oxidizing and
Reducing Agents with examples, Oxidation-Reduction
Reactions, definition of
Electrolytes (weak and strong electrolyte)
non-electrolyte, Corrosion and its
Prevention, Rusting of Iron, Prevention of Corrosion,
Prevention of Corrosion by
Physical Methods, definition and method
Electroplating(electroplating of silver and
chromium) (pp. 114-124, 128-132).
Practicals:
No practical
Questions:
Classwork: Multiple Choice Questions (1-5-6, 8-10)
(p.135)
Homework: Short Answer Questions (8-13, 17-22) (p.136);
Long Answer
Questions(1,2,4,7,9-10) (p.137)
CHAPTER 8: CHEMICAL REACTIVITY
Definition types and properties of Metals,
Electropositive Character and its trends in
periods and groups, Inertness of Noble Metals (silver,
gold and platinum), definition
and properties of Non-Metals, Comparison of Reactivity
of the Halogens, Important
Reactions of Halogens (reaction with hydrogen, water,
methane and NaOH) (pp.
138-141, 144-148).
Practicals:
Demonstrate that Some Chemical Processes Absorb Energy.
Questions:
Classwork: Multiple Choice Questions (1-3, 7-11)
(pp.150-151)
Homework: Short Answer Questions (3-12) (p.151); Long
Answer Questions
(2,3,5,7-9,11) (p.151)
13
CHAPTER NO. 1: FUNDAMENTALS OF CHEMISTRY
Chemistry and branches of chemistry, Basic Definitions
(matter, substance,
homogeneous and heterogeneous mixture, physical and
chemical properties),
Elements, Compound and Mixture, Difference between a compound
and a mixture,
Atomic Number and Mass Number, Example 1.1, Relative
Atomic Mass and
Relative Mass Unit, Empirical formula and Molecular
formula, Molecular mass and
Formula mass, Example 1.2; 1.3, Types of Molecules,
Avogadro’s Number, Mole
and Molar mass, Example 1.4, Chemical Calculations,
Mole-Mass Calculations,
Example 1.5, Mole-Particle Calculations, Example
1.6,1.7(pp. 4-14; 16-22).
Practicals:
Separate the given mixture of iron filings and sand by
physical method.
Questions:
Classwork: Multiple Choice Questions (1, 2, 6, 7, 8-13)
(pp.24-25)
Homework: Short Answer Questions (1-8, 10, 11, 12,
14-17, 19) (pp.25-26);
Long Answer Questions (1, 2, 4) (p.26); Numericals (1,
3, 4, 6, 7, 9) (p.26)
CHAPTER 2: STRUCTURE OF ATOMS
Rutherford’s Atomic Model, Defects in Rutherford’s
Model, Bohr’s Atomic Theory,
Electronic Configuration, Examples: 2.1, 2.2, 2.3,
Electronic Configuration of First
18 Elements (pp. 31-37), definition of isotopes types
and uses of isotopes.
Practicals:
No Practical
Questions:
Classwork: Multiple Choice Questions (3-9) (p.42)
Homework: Short Answer Questions (3-13) (pp. 42-43);
Long Answer Questions
(4-10) (p.43)
CHAPTER 3: PERIODIC TABLE AND PERIODICITY OF PROPERTIES
Definition of Periodic Law, Modern Periodic Table,
Periods and Groups, Periodicity
of Properties (definition and trends in periods and
groups in Atomic Size and Atomic
Radius, Shielding Effect, Ionization Energy, Electron
Affinity, and
Electronegativity. (pp. 46-56).
Practicals:
No practical
Questions:
Classwork: Multiple Choice Questions (1, 2, 6, 7, 10)
(pp.56-57)
Homework: Short Answer Questions (3, 4, 7-9) (p.57);
Long Answer Questions
(8-10) (p.57)
CHAPTER 4: STRUCTURE OF MOLECULES
Chemical Bonds, Types of Chemical Bond, Ionic Bond,
Covalent Bond and its
types, Dative or Coordinate Covalent Bond, Polar and
Non-Polar Covalent Bond,
Metallic Bond, Intermolecular Forces (Dipole-Dipole
Interaction, Hydrogen
Bonding) (Page 59-68).
Practicals:
No practical
Questions:
Classwork: Multiple Choice Questions (5-8, 11-13, 17)
(p.72-73)
Homework: Short Answer Questions (4, 5, 7, 8, 10-14)
(pp.73-74); Long Answer
Questions (1, 4-8) (p.74)
CHAPTER 5: PHYSICAL STATES OF MATTER
Boyle’s Law, Experimental Verification of Boyle’s Law,
Charles’s Law,
Experimental Verification of Charles’s Law,
Evaporation, Vapour Pressure, Boiling
Point, Freezing and Melting Point, Density
(pp. 78-83, 84-90). Definition gas, liquid, solid and
allotropy
Practicals:
Determine the melting point of naphthalene.
Determine the boiling point of ethyl alcohol.
Separate the given mixture of alcohol and water by
distillation.
Questions:
Classwork: Multiple Choice Questions (2, 7, 9-11)
(p.93)
Homework: Short Answer Questions (3, 4,5, 7) (p.94);
Long Answer Questions (1-4) (p.94);
Numericals (2-5, 7-9) (pp. 94-95;
CHAPTER 6: SOLUTIONS
Definitions of following terms with example: {Solution
(i-solute ii-solvent),
Aqueous Solutions, Saturated Solution, Unsaturated
Solution, Supersaturated
Solution, Dilution of Solution, Percentage (Mass/Mass
Percentage, Mass/Volume
Percentage, volume/ mass percentage, Volume/Volume
Percentage), Molarity with
formula, Preparation of Molar Solution, example 6.2
& 6-3, Dilution of Solution
Solubility (pp. 97-104).
Practicals:
Prepare 100cm3 of 0.1M Sodium Carbonate (Na2CO3)
solution.
Prepare 100cm3 of 0.1M Sodium Hydroxide (NaOH) solution
from the given 1M
solution.
Demonstrate that temperature affects solubility.
Questions:
Classwork: Multiple Choice Questions (4,8, 11-13) (pp.110-111)
Homework: Short Answer Questions (12) (p.111); Long
Answer Questions (1-4)
(p.112). Numericals (2,4-5,6) (p.112). .
CHAPTER 7: ELECTROCHEMISTRY
Definitions of Oxidation and Reduction Reactions with
examples, Oxidation and
Reduction in terms of Loss or Gain of Electrons,
Oxidation State and Rules for
Assigning Oxidation State, Examples: 7.1, 7.2, 7.3,
definition of Oxidizing and
Reducing Agents with examples, Oxidation-Reduction
Reactions, definition of
Electrolytes (weak and strong electrolyte) non-electrolyte,
Corrosion and its
Prevention, Rusting of Iron, Prevention of Corrosion,
Prevention of Corrosion by
Physical Methods, definition and method
Electroplating(electroplating of silver and
chromium) (pp. 114-124, 128-132).
Practicals:
No practical
Questions:
Classwork: Multiple Choice Questions (1-5-6, 8-10)
(p.135)
Homework: Short Answer Questions (8-13, 17-22) (p.136);
Long Answer
Questions(1,2,4,7,9-10) (p.137)
CHAPTER 8: CHEMICAL REACTIVITY
Definition types and properties of Metals, Electropositive
Character and its trends in
periods and groups, Inertness of Noble Metals (silver,
gold and platinum), definition
and properties of Non-Metals, Comparison of Reactivity
of the Halogens, Important
Reactions of Halogens (reaction with hydrogen, water, methane
and NaOH) (pp.
138-141, 144-148).
Practicals:
Demonstrate that Some Chemical Processes Absorb Energy.
Questions:
Classwork: Multiple Choice Questions (1-3, 7-11)
(pp.150-151)
Homework: Short Answer Questions (3-12) (p.151); Long
Answer Questions
(2,3,5,7-9,11) (p.151)
14
CHAPTER NO. 1: FUNDAMENTALS OF CHEMISTRY
Chemistry and branches of chemistry, Basic Definitions
(matter, substance,
homogeneous and heterogeneous mixture, physical and
chemical properties),
Elements, Compound and Mixture, Difference between a
compound and a mixture,
Atomic Number and Mass Number, Example 1.1, Relative
Atomic Mass and
Relative Mass Unit, Empirical formula and Molecular
formula, Molecular mass and
Formula mass, Example 1.2; 1.3, Types of Molecules,
Avogadro’s Number, Mole
and Molar mass, Example 1.4, Chemical Calculations,
Mole-Mass Calculations,
Example 1.5, Mole-Particle Calculations, Example
1.6,1.7(pp. 4-14; 16-22).
Practicals:
Separate the given mixture of iron filings and sand by
physical method.
Questions:
Classwork: Multiple Choice Questions (1, 2, 6, 7, 8-13)
(pp.24-25)
Homework: Short Answer Questions (1-8, 10, 11, 12,
14-17, 19) (pp.25-26);
Long Answer Questions (1, 2, 4) (p.26); Numericals (1,
3, 4, 6, 7, 9) (p.26)
CHAPTER 2: STRUCTURE OF ATOMS
Rutherford’s Atomic Model, Defects in Rutherford’s
Model, Bohr’s Atomic Theory,
Electronic Configuration, Examples: 2.1, 2.2, 2.3,
Electronic Configuration of First
18 Elements (pp. 31-37), definition of isotopes types
and uses of isotopes.
Practicals:
No Practical
Questions:
Classwork: Multiple Choice Questions (3-9) (p.42)
Homework: Short Answer Questions (3-13) (pp. 42-43);
Long Answer Questions
(4-10) (p.43)
CHAPTER 3: PERIODIC TABLE AND PERIODICITY OF PROPERTIES
Definition of Periodic Law, Modern Periodic Table,
Periods and Groups, Periodicity
of Properties (definition and trends in periods and
groups in Atomic Size and Atomic
Radius, Shielding Effect, Ionization Energy, Electron
Affinity, and
Electronegativity. (pp. 46-56).
Practicals:
No practical
Questions:
Classwork: Multiple Choice Questions (1, 2, 6, 7, 10)
(pp.56-57)
Homework: Short Answer Questions (3, 4, 7-9) (p.57);
Long Answer Questions
(8-10) (p.57)
CHAPTER 4: STRUCTURE OF MOLECULES
Chemical Bonds, Types of Chemical Bond, Ionic Bond,
Covalent Bond and its
types, Dative or Coordinate Covalent Bond, Polar and
Non-Polar Covalent Bond,
Metallic Bond, Intermolecular Forces (Dipole-Dipole
Interaction, Hydrogen
Bonding) (Page 59-68).
Practicals:
No practical
Questions:
Classwork: Multiple Choice Questions (5-8, 11-13, 17)
(p.72-73)
Homework: Short Answer Questions (4, 5, 7, 8, 10-14)
(pp.73-74); Long Answer
Questions (1, 4-8) (p.74)
CHAPTER 5: PHYSICAL STATES OF MATTER
Boyle’s Law, Experimental Verification of Boyle’s Law,
Charles’s Law,
Experimental Verification of Charles’s Law,
Evaporation, Vapour Pressure, Boiling
Point, Freezing and Melting Point, Density
(pp. 78-83, 84-90). Definition gas, liquid, solid and
allotropy
Practicals:
Determine the melting point of naphthalene.
Determine the boiling point of ethyl alcohol.
Separate the given mixture of alcohol and water by
distillation.
Questions:
Classwork: Multiple Choice Questions (2, 7, 9-11)
(p.93)
Homework: Short Answer Questions (3, 4,5, 7) (p.94);
Long Answer Questions (1-4) (p.94);
Numericals (2-5, 7-9) (pp. 94-95;
CHAPTER 6: SOLUTIONS
Definitions of following terms with example: {Solution
(i-solute ii-solvent),
Aqueous Solutions, Saturated Solution, Unsaturated
Solution, Supersaturated
Solution, Dilution of Solution, Percentage (Mass/Mass
Percentage, Mass/Volume
Percentage, volume/ mass percentage, Volume/Volume
Percentage), Molarity with
formula, Preparation of Molar Solution, example 6.2
& 6-3, Dilution of Solution
Solubility (pp. 97-104).
Practicals:
Prepare 100cm3 of 0.1M Sodium Carbonate (Na2CO3)
solution.
Prepare 100cm3 of 0.1M Sodium Hydroxide (NaOH) solution
from the given 1M
solution.
Demonstrate that temperature affects solubility.
Questions:
Classwork: Multiple Choice Questions (4,8, 11-13)
(pp.110-111)
Homework: Short Answer Questions (12) (p.111); Long
Answer Questions (1-4)
(p.112). Numericals (2,4-5,6) (p.112). .
CHAPTER 7: ELECTROCHEMISTRY
Definitions of Oxidation and Reduction Reactions with
examples, Oxidation and
Reduction in terms of Loss or Gain of Electrons,
Oxidation State and Rules for
Assigning Oxidation State, Examples: 7.1, 7.2, 7.3,
definition of Oxidizing and
Reducing Agents with examples, Oxidation-Reduction
Reactions, definition of
Electrolytes (weak and strong electrolyte)
non-electrolyte, Corrosion and its
Prevention, Rusting of Iron, Prevention of Corrosion,
Prevention of Corrosion by
Physical Methods, definition and method
Electroplating(electroplating of silver and
chromium) (pp. 114-124, 128-132).
Practicals:
No practical
Questions:
Classwork: Multiple Choice Questions (1-5-6, 8-10)
(p.135)
Homework: Short Answer Questions (8-13, 17-22) (p.136);
Long Answer
Questions(1,2,4,7,9-10) (p.137)
CHAPTER 8: CHEMICAL REACTIVITY
Definition types and properties of Metals,
Electropositive Character and its trends in
periods and groups, Inertness of Noble Metals (silver,
gold and platinum), definition
and properties of Non-Metals, Comparison of Reactivity
of the Halogens, Important
Reactions of Halogens (reaction with hydrogen, water,
methane and NaOH) (pp.
138-141, 144-148).
Practicals:
Demonstrate that Some Chemical Processes Absorb Energy.
Questions:
Classwork: Multiple Choice Questions (1-3, 7-11)
(pp.150-151)
Homework: Short Answer Questions (3-12) (p.151); Long
Answer Questions
(2,3,5,7-9,11) (p.151)
9
CHAPTER NO. 1: FUNDAMENTALS OF CHEMISTRY
Chemistry and branches of chemistry, Basic Definitions
(matter, substance,
homogeneous and heterogeneous mixture, physical and
chemical properties),
Elements, Compound and Mixture, Difference between a
compound and a mixture,
Atomic Number and Mass Number, Example 1.1, Relative
Atomic Mass and
Relative Mass Unit, Empirical formula and Molecular
formula, Molecular mass and
Formula mass, Example 1.2; 1.3, Types of Molecules,
Avogadro’s Number, Mole
and Molar mass, Example 1.4, Chemical Calculations,
Mole-Mass Calculations,
Example 1.5, Mole-Particle Calculations, Example
1.6,1.7(pp. 4-14; 16-22).
Practicals:
Separate the given mixture of iron filings and sand by
physical method.
Questions:
Classwork: Multiple Choice Questions (1, 2, 6, 7, 8-13)
(pp.24-25)
Homework: Short Answer Questions (1-8, 10, 11, 12,
14-17, 19) (pp.25-26);
Long Answer Questions (1, 2, 4) (p.26); Numericals (1,
3, 4, 6, 7, 9) (p.26)
CHAPTER 2: STRUCTURE OF ATOMS
Rutherford’s Atomic Model, Defects in Rutherford’s
Model, Bohr’s Atomic Theory,
Electronic Configuration, Examples: 2.1, 2.2, 2.3,
Electronic Configuration of First
18 Elements (pp. 31-37), definition of isotopes types
and uses of isotopes.
Practicals:
No Practical
Questions:
Classwork: Multiple Choice Questions (3-9) (p.42)
Homework: Short Answer Questions (3-13) (pp. 42-43);
Long Answer Questions
(4-10) (p.43)
CHAPTER 3: PERIODIC TABLE AND PERIODICITY OF PROPERTIES
Definition of Periodic Law, Modern Periodic Table,
Periods and Groups, Periodicity
of Properties (definition and trends in periods and
groups in Atomic Size and Atomic
Radius, Shielding Effect, Ionization Energy, Electron
Affinity, and
Electronegativity. (pp. 46-56).
Practicals:
No practical
Questions:
Classwork: Multiple Choice Questions (1, 2, 6, 7, 10)
(pp.56-57)
Homework: Short Answer Questions (3, 4, 7-9) (p.57);
Long Answer Questions
(8-10) (p.57)
CHAPTER 4: STRUCTURE OF MOLECULES
Chemical Bonds, Types of Chemical Bond, Ionic Bond,
Covalent Bond and its
types, Dative or Coordinate Covalent Bond, Polar and
Non-Polar Covalent Bond,
Metallic Bond, Intermolecular Forces (Dipole-Dipole
Interaction, Hydrogen
Bonding) (Page 59-68).
Practicals:
No practical
Questions:
Classwork: Multiple Choice Questions (5-8, 11-13, 17)
(p.72-73)
Homework: Short Answer Questions (4, 5, 7, 8, 10-14)
(pp.73-74); Long Answer
Questions (1, 4-8) (p.74)
CHAPTER 5: PHYSICAL STATES OF MATTER
Boyle’s Law, Experimental Verification of Boyle’s Law,
Charles’s Law,
Experimental Verification of Charles’s Law,
Evaporation, Vapour Pressure, Boiling
Point, Freezing and Melting Point, Density
(pp. 78-83, 84-90). Definition gas, liquid, solid and
allotropy
Practicals:
Determine the melting point of naphthalene.
Determine the boiling point of ethyl alcohol.
Separate the given mixture of alcohol and water by
distillation.
Questions:
Classwork: Multiple Choice Questions (2, 7, 9-11)
(p.93)
Homework: Short Answer Questions (3, 4,5, 7) (p.94);
Long Answer Questions (1-4) (p.94);
Numericals (2-5, 7-9) (pp. 94-95;
CHAPTER 6: SOLUTIONS
Definitions of following terms with example: {Solution
(i-solute ii-solvent),
Aqueous Solutions, Saturated Solution, Unsaturated
Solution, Supersaturated
Solution, Dilution of Solution, Percentage (Mass/Mass
Percentage, Mass/Volume
Percentage, volume/ mass percentage, Volume/Volume
Percentage), Molarity with
formula, Preparation of Molar Solution, example 6.2
& 6-3, Dilution of Solution
Solubility (pp. 97-104).
Practicals:
Prepare 100cm3 of 0.1M Sodium Carbonate (Na2CO3)
solution.
Prepare 100cm3 of 0.1M Sodium Hydroxide (NaOH) solution
from the given 1M
solution.
Demonstrate that temperature affects solubility.
Questions:
Classwork: Multiple Choice Questions (4,8, 11-13)
(pp.110-111)
Homework: Short Answer Questions (12) (p.111); Long
Answer Questions (1-4)
(p.112). Numericals (2,4-5,6) (p.112). .
CHAPTER 7: ELECTROCHEMISTRY
Definitions of Oxidation and Reduction Reactions with
examples, Oxidation and
Reduction in terms of Loss or Gain of Electrons,
Oxidation State and Rules for
Assigning Oxidation State, Examples: 7.1, 7.2, 7.3,
definition of Oxidizing and
Reducing Agents with examples, Oxidation-Reduction
Reactions, definition of
Electrolytes (weak and strong electrolyte)
non-electrolyte, Corrosion and its
Prevention, Rusting of Iron, Prevention of Corrosion,
Prevention of Corrosion by
Physical Methods, definition and method Electroplating(electroplating
of silver and
chromium) (pp. 114-124, 128-132).
Practicals:
No practical
Questions:
Classwork: Multiple Choice Questions (1-5-6, 8-10)
(p.135)
Homework: Short Answer Questions (8-13, 17-22) (p.136);
Long Answer
Questions(1,2,4,7,9-10) (p.137)
CHAPTER 8: CHEMICAL REACTIVITY
Definition types and properties of Metals,
Electropositive Character and its trends in
periods and groups, Inertness of Noble Metals (silver,
gold and platinum), definition
Chapter 1: Introduction to Biology
Introduction to Biology, Divisions and branches of
Biology, Quran and Biology, The
Levels of Organization (complete topic) - (pp. 2-16)
Practicals:
Study of external morphology of mustard plant and
microscopic examination of
root, stem, leaf, flower, fruit and seeds
Identification of major organs and organ systems in a
dissected frog (Dissection by
demonstrator / teacher)
Questions:
Classwork: Multiple Choice (1-10)(p.17)
Homework: Understanding the Concepts (1, 2, 3, 5, 6,
7), Short Questions (1) - (pp. 18)
Chapter 2: Solving the Biological Problem
Biological Method, Biological Problem, Hypothesis,
Deductions, and Experiments,
Theory, Law and Principle, Data Organization and Data
Analysis, - (pp. 20-28)
Practicals:
No Practical
Questions:
Classwork: Multiple Choice (1-9)(pp.29-30)
Homework: Understanding the Concepts (3), Short
Questions (1, 2) - (pp.30)
Chapter 3: Biodiversity
Biodiversity, Importance of Biodiversity,
Classification, Aims of classification,
Basis of Classification, Taxonomic Hierarchy, Species-
Basic Unit of Classification,
Five Kingdom Classification System, The Five Kingdoms,
Binomial Nomenclature
- (pp. 31-45)
Practicals:
No practicals
Questions:
Classwork: Multiple Choice (1-11) (pp.48-49)
Homework: Understanding the Concepts (1-5), Short
Questions (1-3,5) (pp.49)
Chapter 4: Cell Biology
Cellular Structures and Functions , Cell Wall, Cell
Membrane, Cytoplasm, Cell
BIOLOGY
15
Organelles , Nucleus, Ribosomes, Mitochondria,
Plastids, Endoplasmic Reticulum,
Golgi Apparatus, Lysosomes, Centrioles, Vacuoles ,
Difference between Prokaryotic
and Eukaryotic Cells, Passage of Molecules Into and Out
of Cells, Diffusion,
Facilitated Diffusion, Osmosis , Filtration, Active
Transport, Endocytosis,
Exocytosis, Animal tissues (only introduction – not
types), Plant Tissues (only
introduction – not types) - (pp. 52-82)
Practicals:
Identify, from fresh preparations, the cell membrane,
nucleus and cytoplasm in an
animal cell and the cell wall, cell membrane, sap vacuole,
cytoplasm, nucleus and
chloroplasts in a plant cell
Questions:
Classwork: Multiple Choice (1, 3-15) - (pp. 83-84)
Homework: Understanding the Concepts (1-8, 11), Short
Questions (2-3) - (pp. 84)
Chapter 5: Cell cycle
Cell cycle, Mitosis, Phases of Mitosis, Significance of
Mitosis, Meiosis, Phases of
Meiosis, Significance of Meiosis, Comparison between
Mitosis and Meiosis - (pp.
87-103)
Practicals:
Observation of various stages of mitosis and meiosis by
slides, model and charts
Questions:
Classwork: Multiple Choice (1-15) (pp.104-105)
Homework: Understanding the Concepts (1-8), Short
Questions (1-4) - (pp. 105)
Chapter 6: Enzymes
Enzymes, Characteristics of Enzymes, Mechanism of
enzyme action - (pp. 107-112)
Practicals:
Experiment to show working of enzyme in vitro e.g.
pepsin working on meat in test tube
Questions:
Classwork: Multiple Choice (1-4) (pp. 115)
Homework: Understanding the Concepts (1, 2, 7), Short
Questions (1) - (pp. 116)
Chapter 7: Bioenergetics
Oxidation-Reduction Reactions, ATP - The Cell’s Energy
Currency, Photosynthesis,
Mechanism of Photosynthesis, Light Reactions, Dark
reactions, Respiration,
Aerobic and Anaerobic Respiration (excluding importance
of fermentation) - (pp.
118-131)
Practicals:
Demonstration of the process of photosynthesis using an
aquatic plant, like Hydrilla
Investigation of the release of carbon dioxide and heat
during Aerobic Respiration in
germinating seeds
Questions:
Classwork: Multiple Choice (3, 4, 5, 7, 9, 10) (pp.
137)
Homework: Understanding the Concepts (2, 4, 5, 6, 7,
8), Short Questions (1-4) -
(pp. 137-138)
Chapter 8: Nutrition
Components of Human Food, Carbohydrates, Lipids,
Proteins, Minerals (excluding
Role of Calcium and Iron), Table 8.2, Vitamins (Table
8.3: Functions, deficiencies
and sources of important vitamins - table only).
Effects of Water and Dietary Fiber,
Digestion in Humans, Human Alimentary Canal (complete),
Role of Liver - (pp.
140-164)
Practicals:
Microscopic examination of a transverse section of the
small intestine to show the
villi
Questions:
Classwork: Multiple Choice (1, 2, 4, 5, 7-15) (pp.167-
168)
Homework: Understanding the Concepts (3, 4, 6, 10-11),
Short Questions (1-5) -
(pp.168- 169)
Chapter 9: Transport
Transport in Plants, Water and Ion Uptake,
Transpiration, Opening and Closing of
Stomata, Significance of Transpiration, Transport of
Water, Transport of Food ,
Transport in human, Blood, Blood Plasma, Blood Cells,
Human Heart (complete),
Pulmonary and systemic circulation, Heart Beat, Heart
Rate and Pulse Rate, Blood
Vessels (excluding arteries, veins and capillaries –
keeping only Table 9.1 of
Comparison of arteries, capillaries and veins)
Cardiovascular Disorders
Atherosclerosis and Arteriosclerosis, Myocardial
Infarction - (pp. 171-204)
Practicals:
Observation of root hairs on a growing root of onion,
carrot etc.
Identification of red and white blood cells under the
light microscope on prepared
slides and in diagrams and photomicrographs
Questions:
Classwork: Multiple Choice (1-17, 19) (pp. 205-206)
Homework: Understanding the Concepts (1, 3-6, 10, 11,
14, 15), Short Questions
(1, 2, 4, 6-8) - (pp. 207)
and properties of Non-Metals, Comparison of Reactivity
of the Halogens, Important
Reactions of Halogens (reaction with hydrogen, water,
methane and NaOH) (pp.
138-141, 144-148).
Practicals:
Demonstrate that Some Chemical Processes Absorb Energy.
Questions:
Classwork: Multiple Choice Questions (1-3, 7-11)
(pp.150-151)
Homework: Short Answer Questions (3-12) (p.151); Long
Answer Questions (2,3,5,7-9, 11) P151