9th Class Chemistry MCQ Tests Punjab

Chemistry English Medium Book

• Chapter 1 Fundamentals of Chemistry
  Branches of Chemistry, Physical Chemistry, Organic Chemistry, Inorganic Chemistry, Biochemistry, Industrial Chemistry, Nuclear Chemistry, Environmental Chemistry, Analytical Chemistry, Basic Definitions, Elements, Compounds and Mixtures, Elements, Compounds, Mixture, Atomic Number and Mass Number, Relative Atomic Mass and Atomic Mass Unit, How to write a Chemical Formula, Emperical Formula, Molecular Formula, Molecular Mass and Formula Mass, Chemical Species, Ions (Cations and Anions), Molecular Ions and Free Radicals, Molecular Ion, Free Radicals, Types of Molecules, Gram Atomic Mass, Gram Molecular Mass and Gram Formula Mass, Gram Atomic Mass, Gram Molecular Mass, Gram Formula Mass, Avogrados Number and Mole, Avogrados Number, Mole (chemist secret unit), Chemical Calculations, Mole-Mass Calculations, Mole-Particle Calculations, Branches of Chemistry, Physical Chemistry, Organic Chemistry, Inorganic Chemistry, Biochemistry, Industrial Chemistry, Nuclear Chemistry, Environmental Chemistry, Analytical Chemistry, Basic Definitions, Elements, Compounds and Mixtures, Elements, Compounds, Mixture, Atomic Number and Mass Number, Relative Atomic Mass and Atomic Mass Unit, How to write a Chemical Formula, Emperical Formula, Molecular Formula, Molecular Mass and Formula Mass, Chemical Species, Ions (Cations and Anions), Molecular Ions and Free Radicals, Molecular Ion, Free Radicals, Types of Molecules, Gram Atomic Mass, Gram Molecular Mass and Gram Formula Mass, Gram Atomic Mass, Gram Molecular Mass, Gram Formula Mass, Avogrados Number and Mole, Avogrados Number, Mole (chemist secret unit), Chemical Calculations, Mole-Mass Calculations, Mole-Particle Calculations 30
  MCQs
• Chapter 2 Structure of Atoms
  Theories and Experiments Related to Structure of Atom, Cathode Rays and Discovery of Electron, Discovery of Proton, Discovery of Neutron, Rutherfords Atomic Model, Results of the Experiment, Defects in Rutherfords Model, Bohrs Atomic Theory, Electronic Configuration, The Electronic Configuration of First 18 Elements, Isotopes, Definitions, Examples, Uses, Theories and Experiments Related to Structure of Atom, Cathode Rays and Discovery of Electron, Discovery of Proton, Discovery of Neutron, Rutherfords Atomic Model, Results of the Experiment, Defects in Rutherfords Model, Bohrs Atomic Theory, Electronic Configuration, The Electronic Configuration of First 18 Elements, Isotopes, Definitions, Examples, Uses 15
  MCQs
• Chapter 3 Periodic Table and Periodicity of Properties
  Periodic Table, Dobereiners Triads, Newlands Octaves, Mendeleevs Periodic Table, Periodic Law, Modern Periodic Table, Long form of Periodic Table, Salient Features of Long Form of Periodic Table:, Periods, Groups, Periodicity of Properties, Atomic Size and Atomic Radius, Shielding Effect, Ionization Energy, Electron Affinit, Electronegativity, Periodic Table, Dobereiners Triads, Newlands Octaves, Mendeleevs Periodic Table, Periodic Law, Modern Periodic Table, Long form of Periodic Table, Salient Features of Long Form of Periodic Table:, Periods, Groups, Periodicity of Properties, Atomic Size and Atomic Radius, Shielding Effect, Ionization Energy, Electron Affinit, Electronegativity 10
  MCQs
• Chapter 4 Structure of Molecules
  Why do Atoms Form Chemical Bonds, Chemical Bond, Types of Chemical Bond, Ionic Bond, Covalent Bond, Types of covalent bonds, Single Covalent bond, double Covalent bond, Triple Covalent bond, Dative Covalent or Coordinate Covalent Bond, Polar and Non-polar Covalent Bond, Metallic Bond, Intermolecular Forces, Dipole-Dipole Interactions, Hydrogen Bonding, Nature of Bonding and Properties, Ionic Compounds, Covalent Compounds, Coordinate Covalent Compounds, Metals, Why do Atoms Form Chemical Bonds, Chemical Bond, Types of Chemical Bond, Ionic Bond, Covalent Bond, Types of covalent bonds, Single Covalent bond, double Covalent bond, Triple Covalent bond, Dative Covalent or Coordinate Covalent Bond, Polar and Non-polar Covalent Bond, Metallic Bond, Intermolecular Forces, Dipole-Dipole Interactions, Hydrogen Bonding, Nature of Bonding and Properties, Ionic Compounds, Covalent Compounds, Coordinate Covalent Compounds, Metals 15
  MCQs
• Chapter 5 Physical States of Matter
  Gaseous State:Typical Properties, Diffusion, Effusion, Pressure, Standard Atmospheric Pressure, Compressibility, Mobility, Density of Gases, Laws Related to Gases, Boyles Law, Experimental Verification of Boyles law, Absolute Temperature Scale, Charles Law, Experimental Verification of Charles Law, Physical States of Matter and Role of Intermolecular Forces, Typical Properties, Evaporation, Vapour Pressure, Boiling Point, Freezing Point, Diffusion, Density, SOLID STATE, Typical Properties, Melting point, Rigidity, Density, Types of Solids, Amorphous Solids, Crystalline Solids, Allotropy, Gaseous State:Typical Properties, Diffusion, Effusion, Pressure, Standard Atmospheric Pressure, Compressibility, Mobility, Density of Gases, Laws Related to Gases, Boyles Law, Experimental Verification of Boyles law, Absolute Temperature Scale, Charles Law, Experimental Verification of Charles Law, Physical States of Matter and Role of Intermolecular Forces, Typical Properties, Evaporation, Vapour Pressure, Boiling Point, Freezing Point, Diffusion, Density, SOLID STATE, Typical Properties, Melting point, Rigidity, Density, Types of Solids, Amorphous Solids, Crystalline Solids, Allotropy 20
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• Chapter 6 Solutions
  Solution, Aqueous Solutions, Solute, Solvent, Saturated Solution, Unsaturated Solution, Supersaturated Solution, Dilution of Solution, Types of Solution, Concentration Units, Percentage, Percentage -mass/mass (%m/m), Percentage -mass/volume (%m/v), Percentage - volume/mass (%v/m), Percentage - volume /volume (% v/v), Molarity, Preparation of Molar Solution, Problems involving the molarity of a solution, Dilution of Solution, Solubility, solubility and Solute-solvent interaction, Effect of Temperature on solubility, Comparison of Solution, Suspension and Colloid, Solution, Colloid, Suspension, Solution, Aqueous Solutions, Solute, Solvent, Saturated Solution, Unsaturated Solution, Supersaturated Solution, Dilution of Solution, Types of Solution, Concentration Units, Percentage, Percentage -mass/mass (%m/m), Percentage -mass/volume (%m/v), Percentage - volume/mass (%v/m), Percentage - volume /volume (% v/v), Molarity, Preparation of Molar Solution, Problems involving the molarity of a solution, Dilution of Solution, Solubility, solubility and Solute-solvent interaction, Effect of Temperature on solubility, Comparison of Solution, Suspension and Colloid, Solution, Colloid, Suspension 25
  MCQs
• Chapter 7 Electrochemistry
  OXIDATION AND REDUCTION REACTIONS, Oxidationand Reduction in Terms of Loss or Gain of Electron, OXIDATION STATE AND RULES FOR ASSIGNING OXIDATION STATE, Rules for Assigning Oxidation Numbers (O.N.), OXIDIZING AND REDUCING AGENTS, OXIDATION -REDUCTION REACTIONS, ELECTROCHEMICAL CELLS, Concept of Electrolytes, Electrolytic cells, Construction of an Electrolytic Cell, Working of an Electrolytic Cell, Electrolysis of Water, Galvanic Cell, Working of the Cell, ELECTROCHEMICAL INDUSTRIES, Manufacture of Sodium Metal from Fused NaCl, Working of Downs Cell, Manufacture of NaOH from Brine, CORROSION AND ITS PREVENTION, Rusting of Iron, Prevention of Corrosion, Removal of stains, Paints and greasing, Alloying, 7 .7.2.4 Metallic coating, Zinc coating or Galvanizing, Tin Coating, Electroplating of Silver, Electroplating of Chromium, Electroplating of zinc, Electroplating of tin, Electrolytic refining of copper, OXIDATION AND REDUCTION REACTIONS, Oxidationand Reduction in Terms of Loss or Gain of Electron, OXIDATION STATE AND RULES FOR ASSIGNING OXIDATION STATE, Rules for Assigning Oxidation Numbers (O.N.), OXIDIZING AND REDUCING AGENTS, OXIDATION -REDUCTION REACTIONS, ELECTROCHEMICAL CELLS, Concept of Electrolytes, Electrolytic cells, Construction of an Electrolytic Cell, Working of an Electrolytic Cell, Electrolysis of Water, Galvanic Cell, Working of the Cell, ELECTROCHEMICAL INDUSTRIES, Manufacture of Sodium Metal from Fused NaCl, Working of Downs Cell, Manufacture of NaOH from Brine, CORROSION AND ITS PREVENTION, Rusting of Iron, Prevention of Corrosion, Removal of stains, Paints and greasing, Alloying, 7 .7.2.4 Metallic coating, Zinc coating or Galvanizing, Tin Coating, Electroplating of Silver, Electroplating of Chromium, Electroplating of zinc, Electroplating of tin, Electrolytic refining of copper 25
  MCQs
• Chapter 8 Chemical Reactivity
  Metals, Electropositive Character, Electropositivity and ionization energy, Comparison of Reactivities of Alkali and Alkaline Earth Metals, Uses of sodium, Uses of magnesium, Inertness of Noble Metals, Non-Metals, Important chemical properties of non-metals are as follows, Comparison of Reactivity of the Halogens, Important Reactions of Halogens, Oxidizing properties, Reaction with hydrogen, Reaction with water, Reaction with methane, Reaction with Sodium hydroxide, Significance of Non-metals, Metals, Electropositive Character, Electropositivity and ionization energy, Comparison of Reactivities of Alkali and Alkaline Earth Metals, Uses of sodium, Uses of magnesium, Inertness of Noble Metals, Non-Metals, Important chemical properties of non-metals are as follows, Comparison of Reactivity of the Halogens, Important Reactions of Halogens, Oxidizing properties, Reaction with hydrogen, Reaction with water, Reaction with methane, Reaction with Sodium hydroxide, Significance of Non-metals 20
  MCQs

Chemistry Urdu Medium Book

• Array
  Branches of Chemistry, Physical Chemistry, Organic Chemistry, Inorganic Chemistry, Biochemistry, Industrial Chemistry, Nuclear Chemistry, Environmental Chemistry, Analytical Chemistry, Basic Definitions, Elements, Compounds and Mixtures, Elements, Compounds, Mixture, Atomic Number and Mass Number, Relative Atomic Mass and Atomic Mass Unit, How to write a Chemical Formula, Emperical Formula, Molecular Formula, Molecular Mass and Formula Mass, Chemical Species, Ions (Cations and Anions), Molecular Ions and Free Radicals, Molecular Ion, Free Radicals, Types of Molecules, Gram Atomic Mass, Gram Molecular Mass and Gram Formula Mass, Gram Atomic Mass, Gram Molecular Mass, Gram Formula Mass, Avogrados Number and Mole, Avogrados Number, Mole (chemist secret unit), Chemical Calculations, Mole-Mass Calculations, Mole-Particle Calculations, Branches of Chemistry, Physical Chemistry, Organic Chemistry, Inorganic Chemistry, Biochemistry, Industrial Chemistry, Nuclear Chemistry, Environmental Chemistry, Analytical Chemistry, Basic Definitions, Elements, Compounds and Mixtures, Elements, Compounds, Mixture, Atomic Number and Mass Number, Relative Atomic Mass and Atomic Mass Unit, How to write a Chemical Formula, Emperical Formula, Molecular Formula, Molecular Mass and Formula Mass, Chemical Species, Ions (Cations and Anions), Molecular Ions and Free Radicals, Molecular Ion, Free Radicals, Types of Molecules, Gram Atomic Mass, Gram Molecular Mass and Gram Formula Mass, Gram Atomic Mass, Gram Molecular Mass, Gram Formula Mass, Avogrados Number and Mole, Avogrados Number, Mole (chemist secret unit), Chemical Calculations, Mole-Mass Calculations, Mole-Particle Calculations 30
  MCQs
• Array
  Theories and Experiments Related to Structure of Atom, Cathode Rays and Discovery of Electron, Discovery of Proton, Discovery of Neutron, Rutherfords Atomic Model, Results of the Experiment, Defects in Rutherfords Model, Bohrs Atomic Theory, Electronic Configuration, The Electronic Configuration of First 18 Elements, Isotopes, Definitions, Examples, Uses, Theories and Experiments Related to Structure of Atom, Cathode Rays and Discovery of Electron, Discovery of Proton, Discovery of Neutron, Rutherfords Atomic Model, Results of the Experiment, Defects in Rutherfords Model, Bohrs Atomic Theory, Electronic Configuration, The Electronic Configuration of First 18 Elements, Isotopes, Definitions, Examples, Uses 15
  MCQs
• Array
  Periodic Table, Dobereiners Triads, Newlands Octaves, Mendeleevs Periodic Table, Periodic Law, Modern Periodic Table, Long form of Periodic Table, Salient Features of Long Form of Periodic Table:, Periods, Groups, Periodicity of Properties, Atomic Size and Atomic Radius, Shielding Effect, Ionization Energy, Electron Affinit, Electronegativity, Periodic Table, Dobereiners Triads, Newlands Octaves, Mendeleevs Periodic Table, Periodic Law, Modern Periodic Table, Long form of Periodic Table, Salient Features of Long Form of Periodic Table:, Periods, Groups, Periodicity of Properties, Atomic Size and Atomic Radius, Shielding Effect, Ionization Energy, Electron Affinit, Electronegativity 10
  MCQs
• Array
  Why do Atoms Form Chemical Bonds, Chemical Bond, Types of Chemical Bond, Ionic Bond, Covalent Bond, Types of covalent bonds, Single Covalent bond, double Covalent bond, Triple Covalent bond, Dative Covalent or Coordinate Covalent Bond, Polar and Non-polar Covalent Bond, Metallic Bond, Intermolecular Forces, Dipole-Dipole Interactions, Hydrogen Bonding, Nature of Bonding and Properties, Ionic Compounds, Covalent Compounds, Coordinate Covalent Compounds, Metals, Why do Atoms Form Chemical Bonds, Chemical Bond, Types of Chemical Bond, Ionic Bond, Covalent Bond, Types of covalent bonds, Single Covalent bond, double Covalent bond, Triple Covalent bond, Dative Covalent or Coordinate Covalent Bond, Polar and Non-polar Covalent Bond, Metallic Bond, Intermolecular Forces, Dipole-Dipole Interactions, Hydrogen Bonding, Nature of Bonding and Properties, Ionic Compounds, Covalent Compounds, Coordinate Covalent Compounds, Metals 15
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• Array
  Gaseous State:Typical Properties, Diffusion, Effusion, Pressure, Standard Atmospheric Pressure, Compressibility, Mobility, Density of Gases, Laws Related to Gases, Boyles Law, Experimental Verification of Boyles law, Absolute Temperature Scale, Charles Law, Experimental Verification of Charles Law, Physical States of Matter and Role of Intermolecular Forces, Typical Properties, Evaporation, Vapour Pressure, Boiling Point, Freezing Point, Diffusion, Density, SOLID STATE, Typical Properties, Melting point, Rigidity, Density, Types of Solids, Amorphous Solids, Crystalline Solids, Allotropy, Gaseous State:Typical Properties, Diffusion, Effusion, Pressure, Standard Atmospheric Pressure, Compressibility, Mobility, Density of Gases, Laws Related to Gases, Boyles Law, Experimental Verification of Boyles law, Absolute Temperature Scale, Charles Law, Experimental Verification of Charles Law, Physical States of Matter and Role of Intermolecular Forces, Typical Properties, Evaporation, Vapour Pressure, Boiling Point, Freezing Point, Diffusion, Density, SOLID STATE, Typical Properties, Melting point, Rigidity, Density, Types of Solids, Amorphous Solids, Crystalline Solids, Allotropy 20
  MCQs
• Array
  Solution, Aqueous Solutions, Solute, Solvent, Saturated Solution, Unsaturated Solution, Supersaturated Solution, Dilution of Solution, Types of Solution, Concentration Units, Percentage, Percentage -mass/mass (%m/m), Percentage -mass/volume (%m/v), Percentage - volume/mass (%v/m), Percentage - volume /volume (% v/v), Molarity, Preparation of Molar Solution, Problems involving the molarity of a solution, Dilution of Solution, Solubility, solubility and Solute-solvent interaction, Effect of Temperature on solubility, Comparison of Solution, Suspension and Colloid, Solution, Colloid, Suspension, Solution, Aqueous Solutions, Solute, Solvent, Saturated Solution, Unsaturated Solution, Supersaturated Solution, Dilution of Solution, Types of Solution, Concentration Units, Percentage, Percentage -mass/mass (%m/m), Percentage -mass/volume (%m/v), Percentage - volume/mass (%v/m), Percentage - volume /volume (% v/v), Molarity, Preparation of Molar Solution, Problems involving the molarity of a solution, Dilution of Solution, Solubility, solubility and Solute-solvent interaction, Effect of Temperature on solubility, Comparison of Solution, Suspension and Colloid, Solution, Colloid, Suspension 25
  MCQs
• Array
  OXIDATION AND REDUCTION REACTIONS, Oxidationand Reduction in Terms of Loss or Gain of Electron, OXIDATION STATE AND RULES FOR ASSIGNING OXIDATION STATE, Rules for Assigning Oxidation Numbers (O.N.), OXIDIZING AND REDUCING AGENTS, OXIDATION -REDUCTION REACTIONS, ELECTROCHEMICAL CELLS, Concept of Electrolytes, Electrolytic cells, Construction of an Electrolytic Cell, Working of an Electrolytic Cell, Electrolysis of Water, Galvanic Cell, Working of the Cell, ELECTROCHEMICAL INDUSTRIES, Manufacture of Sodium Metal from Fused NaCl, Working of Downs Cell, Manufacture of NaOH from Brine, CORROSION AND ITS PREVENTION, Rusting of Iron, Prevention of Corrosion, Removal of stains, Paints and greasing, Alloying, 7 .7.2.4 Metallic coating, Zinc coating or Galvanizing, Tin Coating, Electroplating of Silver, Electroplating of Chromium, Electroplating of zinc, Electroplating of tin, Electrolytic refining of copper, OXIDATION AND REDUCTION REACTIONS, Oxidationand Reduction in Terms of Loss or Gain of Electron, OXIDATION STATE AND RULES FOR ASSIGNING OXIDATION STATE, Rules for Assigning Oxidation Numbers (O.N.), OXIDIZING AND REDUCING AGENTS, OXIDATION -REDUCTION REACTIONS, ELECTROCHEMICAL CELLS, Concept of Electrolytes, Electrolytic cells, Construction of an Electrolytic Cell, Working of an Electrolytic Cell, Electrolysis of Water, Galvanic Cell, Working of the Cell, ELECTROCHEMICAL INDUSTRIES, Manufacture of Sodium Metal from Fused NaCl, Working of Downs Cell, Manufacture of NaOH from Brine, CORROSION AND ITS PREVENTION, Rusting of Iron, Prevention of Corrosion, Removal of stains, Paints and greasing, Alloying, 7 .7.2.4 Metallic coating, Zinc coating or Galvanizing, Tin Coating, Electroplating of Silver, Electroplating of Chromium, Electroplating of zinc, Electroplating of tin, Electrolytic refining of copper 25
  MCQs
• Array
  Metals, Electropositive Character, Electropositivity and ionization energy, Comparison of Reactivities of Alkali and Alkaline Earth Metals, Uses of sodium, Uses of magnesium, Inertness of Noble Metals, Non-Metals, Important chemical properties of non-metals are as follows, Comparison of Reactivity of the Halogens, Important Reactions of Halogens, Oxidizing properties, Reaction with hydrogen, Reaction with water, Reaction with methane, Reaction with Sodium hydroxide, Significance of Non-metals, Metals, Electropositive Character, Electropositivity and ionization energy, Comparison of Reactivities of Alkali and Alkaline Earth Metals, Uses of sodium, Uses of magnesium, Inertness of Noble Metals, Non-Metals, Important chemical properties of non-metals are as follows, Comparison of Reactivity of the Halogens, Important Reactions of Halogens, Oxidizing properties, Reaction with hydrogen, Reaction with water, Reaction with methane, Reaction with Sodium hydroxide, Significance of Non-metals 20
  MCQs