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Biology (UM)
Introduction to biology, major fields of biology, relationship of biology with other sciences, careers that require a background in biology, science as a collaborative field, scientific method, hypothesis theory and law, malaria as an example of biological method of study.
Biology (UM)
Biochemistry, molecular biology, importance of biochemistry, bio elements, biological molecules, proteins, lipids, carbohydrates, classification of carbohydrates, nucleic acids, DNA, types and function of RNA, transcription, translation.
Biology (UM)
Structure of cell, cell wall, cell membrane, cytoplasm, endoplasmic reticulum, ribosomes, Golgi apparatus, lysosomes, mitochondria, plastids, chloroplast, chromoplast, leucoplast, vacuole, centrioles, cytoskeleton, nucleus, structure and advantages of animal and plant cells, cell specialisation, division of labour, stem cells.
Biology (UM)
The levels of organisation, types of animal tissue, organ systems, homeostasis, plant tissues, structure and function of cells of a leaf.
Biology (UM)
Cell cycle, mitosis, significance of mitosis, meiosis, significance of meiosis.
Biology (UM)
Definition and introduction of biodiversity, classification, history of classification, the three domain system, ranks of classification, complications in classification, classification of viruses.
Biology (UM)
Metabolism and its types, enzymes and their characteristics, mechanism of enzyme action, lock and key model, induced fit model, factors affecting enzyme activity, enzyme inhibition, role of ATP as the energy currency of the cell, photosynthesis, light independent reaction, light dependent reaction, respiration, anaerobic respiration and aerobic respiration.
Biology (UM)
Nutrition in plants, types of plant nutrition, transport in plants, mineral absorption, transpiration, factors affecting the rate of transpiration, transport of water and salts within the plant body, homeostasis in plants.
Biology (UM)
Sexual reproduction, vegetative propagation, methods of natural vegetative propagation, methods of artificial vegetative propagation, sexual reproduction, structure of flower, seed and fruit formation, seed germination.
Biology (UM)
Variation, evolution, theory of natural selection, evidence of evolution, evidence from comparative anatomy, speciation.
Biology (UM)
Introduction to biology, major fields of biology, relationship of biology with other sciences, careers that require a background in biology, science as a collaborative field, scientific method, hypothesis theory and law, malaria as an example of biological method of study.
Biology (UM)
Structure of cell, cell wall, cell membrane, cytoplasm, endoplasmic reticulum, ribosomes, Golgi apparatus, lysosomes, mitochondria, plastids, chloroplast, chromoplast, leucoplast, vacuole, centrioles, cytoskeleton, nucleus, structure and advantages of animal and plant cells, cell specialisation, division of labour, stem cells.
Biology (UM)
Cell cycle, mitosis, significance of mitosis, meiosis, significance of meiosis.
Biology (UM)
Metabolism and its types, enzymes and their characteristics, mechanism of enzyme action, lock and key model, induced fit model, factors affecting enzyme activity, enzyme inhibition, role of ATP as the energy currency of the cell, photosynthesis, light independent reaction, light dependent reaction, respiration, anaerobic respiration and aerobic respiration.
Biology (UM)
Variation, evolution, theory of natural selection, evidence of evolution, evidence from comparative anatomy, speciation.
Biology (UM)
Introduction to biology, major fields of biology, relationship of biology with other sciences, careers that require a background in biology, science as a collaborative field, scientific method, hypothesis theory and law, malaria as an example of biological method of study.
Biology (UM)
The levels of organisation, types of animal tissue, organ systems, homeostasis, plant tissues, structure and function of cells of a leaf.
Biology (UM)
Metabolism and its types, enzymes and their characteristics, mechanism of enzyme action, lock and key model, induced fit model, factors affecting enzyme activity, enzyme inhibition, role of ATP as the energy currency of the cell, photosynthesis, light independent reaction, light dependent reaction, respiration, anaerobic respiration and aerobic respiration.
Biology (UM)
Variation, evolution, theory of natural selection, evidence of evolution, evidence from comparative anatomy, speciation.
Biology (UM)
Introduction to biology, major fields of biology, relationship of biology with other sciences, careers that require a background in biology, science as a collaborative field, scientific method, hypothesis theory and law, malaria as an example of biological method of study.
Biology (UM)
Variation, evolution, theory of natural selection, evidence of evolution, evidence from comparative anatomy, speciation.
Biology (UM)
Introduction to biology, major fields of biology, relationship of biology with other sciences, careers that require a background in biology, science as a collaborative field, scientific method, hypothesis theory and law, malaria as an example of biological method of study.
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Chemistry
Definition of chemistry and it's interaction of other matter and energy, branches of chemistry (green chemistry, organic, inorganic, physical, analytical, biochemistry, environmental, industrial,medicinal,polymer, geochemistry, nuclear, astrochemistry).Daily life applications of chemistry( organic, inorganic, analytical, physical, environmental chemistry). Science, technology and engineering. Application of science, technology and engineering ( investigating rusting of iron, harnessing solar energy, organic chemistry in action, plastic bags).
Chemistry
Matter,states of matter( solid, liquid,gas, plasma), exotic or intermediate states;( Bose - Einstein Condensate, Liquid crystals), properties of matter; density,compressibility, fluidity, Elements, compounds, mixture, Allotropes, Allotropes of carbon; Diamond, graphite,bucky balls, solution, solute,solvent, gaseous solution,liquid solution, solid solution, aqueous solution, saturated, unsaturated, supersaturated solution,concentrated and dilute solution, solubility, effect of temperature on solubility, colloid, suspension.
Chemistry
Atomic model; Dalton model, Rutherford atomic model;postulates, and defects of Rutherford atomic model, Bohr's atomic model, Quantum mechanical model; Heisenberg uncertainty principle, understanding atomic model, simple review of atomic structure,nuclear force, subatomic particles, relationship between subatomic particles, behavior of electrons, protons and neutron in an electric field,charge neutrality, Radioisotopes,atomic number, mass number, uniqueness of proton number,Radioactivity,relative atomic mass and atomic mass unit, isotopes; isotopes of carbon, isotopes of hydrogen, isotopes of chlorine, isotopes of uranium, determination of relative atomic mass,carbon dating, cations and anions, electronic configuration,shells and sub-shells, symbols for atoms and ions.
Chemistry
Periodic table; periods and groups of element,names of some groups in the periodic table, electronic configuration, s and p blocks in the periodic table, group number and charge on an ion,periodicity of properties; shielding effect,atomic size, ionization energy,electron affinity, electronegativity, characteristics properties of elements; metallic character, reactivity,density, characteristics properties of alkali metals, prediction of properties of other elements in group 1, position of unknown element in the periodic table, transition elements; high density,high melting points, variable oxidation states,coloured compounds, catalyst for industrial processes, Lanthanides and actinides,halogens; appearance of halogens, electronic configuration,density of halogens,reactivity of halogens, displacement reactions of halogens, hydrogen halide and their thermal stabilities, prediction of properties of elements in group 17,noble gases, comparison of general physical properties of metals and non-metals; thermal conductivity, electrical conductivity, adaptability,melting points and boiling points.
Chemistry
Why do atoms react, octet rule,duplet rule, chemical bonds, electropositive and electronegative elements,types of bonds; ionic bonds, covalent bonds, single, double, triple covalent bonds,types of covalent bond on the basis of polarity; polar,non-polar, coordinate covalent bond, intermolecular forces,dipole-dipole forces, hydrogen bonding, nature of bonding, structure and properties; types of particles,the way particles are connected to each other, the arrangement of particles, condition of electricity in ionic compounds,conduction of electricity through acids, intermolecular forces and their influence on the melting and boiling points, graphite,; structure and uses of graphite, diamond; structure and properties of diamond, contrasting ionic and covalent compounds and their uses, metallic bonds, structure of properties of metals which make it suitable for industrial purposes.
Chemistry
Empirical and molecular formula, molecular mass and formula mass,chemical formula and name of binary ionic compounds, Avogadro's number and mole,gram atomic mass,gram molecular mass and gram formula mass, difference between the terms gram atomic mass,gram molecular mass and gram formula mass,mole mass calculations, mole-particles calculations, chemical equation and balancing, exploring ionic equation, molecular and structural formula.
Chemistry
Oxidation and reduction; oxidation reduction in terms of loss or gain of electron, oxidation reduction in terms of transfer of hydrogen, oxidation reduction in terms of transfer of electron,Redox in photography, oxidation states and rules for assigning oxidation states, monoatomic ions and polyatomic ions and their oxidation number, determining the oxidation number of an atom in a compound,formula of an ionic compounds, oxidizing and reducing agents, corrosion and it's prevention; prevention of corrosion, coating with paint, alloying, coating with a thin layer of another metal; tinning, galvanizing, electroplating, cathodic protection.
Chemistry
Energy in chemical reactions, system and surroundings, thermochemical reactions, thermochemistry, exothermic and endothermic reactions, enthalpy of reaction, bond formation and bond dissociation energy, activation energy, catalyst, Respiration; aerobic and anaerobic respiration.
Chemistry
Reversible reactions and dynamic equilibrium, condition for equilibrium, Chemical equilibrium.
Chemistry
Concepts of acids and bases, Arrhenius concepts of acids and bases, Bronsted lowery concepts of acids and bases, strength of acids and bases; strong and weak acids, strong and weak bases, alkalis, characteristic properties of acids, characteristics properties of bases, oxides and hydroxides.
Chemistry
Composition of atmosphere, air pollutants, sulphur oxides, carbon dioxide, carbon monoxide, methane, ground level ozone, sources of air pollution; natural sources, human activities global warming, acid rain and it's effects, catalytic converters, strategies to reduce environmental problems; climate change migration, afforestation and reforestation, sustainable land use, move to a low- carbon economy, international cooperation and politics, strategies to solve acid rain; acid rain mitigation, catalytic converters in vehicles, photosynthesis, personal protective measures against pollution; masks and respiratory protection, air quality indices, carbon monoxide detector, risk factors; long term exposure to pollutants, smoking, indoor pollution, allergens, climate change.
Chemistry
Properties of water, water as solvent, quality of water from natural resources, disadvantages of natural substances found in water; dissolved oxygen, metal compounds,plastics,wastewater, harmful microbes, nitrates from fertilizers,phosphates from fertilizers and detergents, benefits of natural substances found in water, treatment of domestic water,raw water treatment; sedimentation, coagulation, filtration,chlorination, distilled water,tap water, water pollution,house hold wastes, water born diseases; dysentery, jaundice, hepatitis, typhoid, ways to deal with the negative effects of water pollution, water scarcity in Pakistan; population growth, climate change,ineduquate water supply, fertilizers.
Chemistry
Organic compounds, homologous series, structural formula, molecular formula, condensed formula, saturated hydrocarbons; alkanes, unsaturated hydrocarbons; alkenes, alkynes, Catenation, isomerism, classification of organic compounds, open chain compounds; straight chain,branched chain compounds, closed chain, compounds; Homocyclic and heterocyclic compounds, functional groups of alkenes, alkynes, alcohol; phenols,carboxylic acids, haloalkanes, esters, aldehyde and ketones, ethers,amines, amines.
Chemistry
Alkanes, general methods of preparation of alkanes; By the dehydrogenation of alkenes and alkynes, by the reduction of alkyl halides,by the cracking of lager hydrocarbons, properties of alkanes; halogenation, combustion; complete and incomplete combustion.
Chemistry
Nutrition and healthy eating, importance of healthy diet or nutrition, balanced diet, biochemistry, carbohydrates - a source of energy,calorie, classification of carbohydrates, simple and complex, proteins, enzymes, Amino acids,lipids, nucleic acids,DNA,RNA,basic components of food; carbohydrates, proteins,lipids, nucleic acids their sources, function properties, deficiency, required daily intake for young adults, malnutrition, marasmus.
Chemistry
Standard Units, SI Units, SI Prefixes, Fundamental SI Units, Derived Units, Conversion and Importance of Units, Appropriateness of Units, Precision of Measurement, Compatibility of Units, Time-Sensitive Reactions, International Standards, Scientific Notation, Rules of Scientific Notation, Converting Ordinary Form to Standard Form, Converting Standard Form to Ordinary Form, Tools and Techniques for Accuracy and Precision, Accuracy, Precision, Common Sources of Measurement Errors, Techniques for Accurate Laboratory Measurement, Measuring Volume, Meniscus Reading, Measuring Mass, Measuring Temperature, Measuring Time, Laboratory Measuring Instruments, Beaker, Measuring Cylinder, Volumetric Pipette, Burette, Gas Syringe, Laboratory Thermometer, Beam Balance, Electronic Balance, Analytical Balance, Stopwatch, Advantages of Experimental Method, Disadvantages of Experimental Method
Chemistry
Qualitative Analysis, Introduction to Qualitative Analysis, Detection of Gases, Detection of Ammonia, Detection of Carbon Dioxide (CO₂), Detection of Chlorine Gas, Detection of Hydrogen Gas Using Lighted Splint (Pop Test), Detection of Oxygen Using Glowing Splint, Detection of Sulphur Dioxide, Detection of Metal Cations, Flame Test, Principle of Flame Test, Flame Test Procedure, Identification of Metal Cations by Flame Colour, Common Metal Cations and Their Flame Colours
Chemistry
Chromatography, Introduction to Chromatography, Principle of Chromatography, Stationary Phase, Mobile Phase, Interaction Between Stationary and Mobile Phases, Paper Chromatography, Paper Chromatography Procedure, Preparation of Chromatogram, Solvent or Mobile Phase, Locating Agent, Development of Chromatogram, Reading a Chromatogram, Separation of Mixture Components, Identification of an Unknown Substance, Comparison with Known Substances, Retention Factor (Rf) Value
Chemistry
Definition of chemistry and it's interaction of other matter and energy, branches of chemistry (green chemistry, organic, inorganic, physical, analytical, biochemistry, environmental, industrial,medicinal,polymer, geochemistry, nuclear, astrochemistry).Daily life applications of chemistry( organic, inorganic, analytical, physical, environmental chemistry). Science, technology and engineering. Application of science, technology and engineering ( investigating rusting of iron, harnessing solar energy, organic chemistry in action, plastic bags).
Chemistry
Atomic model; Dalton model, Rutherford atomic model;postulates, and defects of Rutherford atomic model, Bohr's atomic model, Quantum mechanical model; Heisenberg uncertainty principle, understanding atomic model, simple review of atomic structure,nuclear force, subatomic particles, relationship between subatomic particles, behavior of electrons, protons and neutron in an electric field,charge neutrality, Radioisotopes,atomic number, mass number, uniqueness of proton number,Radioactivity,relative atomic mass and atomic mass unit, isotopes; isotopes of carbon, isotopes of hydrogen, isotopes of chlorine, isotopes of uranium, determination of relative atomic mass,carbon dating, cations and anions, electronic configuration,shells and sub-shells, symbols for atoms and ions.
Chemistry
Why do atoms react, octet rule,duplet rule, chemical bonds, electropositive and electronegative elements,types of bonds; ionic bonds, covalent bonds, single, double, triple covalent bonds,types of covalent bond on the basis of polarity; polar,non-polar, coordinate covalent bond, intermolecular forces,dipole-dipole forces, hydrogen bonding, nature of bonding, structure and properties; types of particles,the way particles are connected to each other, the arrangement of particles, condition of electricity in ionic compounds,conduction of electricity through acids, intermolecular forces and their influence on the melting and boiling points, graphite,; structure and uses of graphite, diamond; structure and properties of diamond, contrasting ionic and covalent compounds and their uses, metallic bonds, structure of properties of metals which make it suitable for industrial purposes.
Chemistry
Oxidation and reduction; oxidation reduction in terms of loss or gain of electron, oxidation reduction in terms of transfer of hydrogen, oxidation reduction in terms of transfer of electron,Redox in photography, oxidation states and rules for assigning oxidation states, monoatomic ions and polyatomic ions and their oxidation number, determining the oxidation number of an atom in a compound,formula of an ionic compounds, oxidizing and reducing agents, corrosion and it's prevention; prevention of corrosion, coating with paint, alloying, coating with a thin layer of another metal; tinning, galvanizing, electroplating, cathodic protection.
Chemistry
Concepts of acids and bases, Arrhenius concepts of acids and bases, Bronsted lowery concepts of acids and bases, strength of acids and bases; strong and weak acids, strong and weak bases, alkalis, characteristic properties of acids, characteristics properties of bases, oxides and hydroxides.
Chemistry
Composition of atmosphere, air pollutants, sulphur oxides, carbon dioxide, carbon monoxide, methane, ground level ozone, sources of air pollution; natural sources, human activities global warming, acid rain and it's effects, catalytic converters, strategies to reduce environmental problems; climate change migration, afforestation and reforestation, sustainable land use, move to a low- carbon economy, international cooperation and politics, strategies to solve acid rain; acid rain mitigation, catalytic converters in vehicles, photosynthesis, personal protective measures against pollution; masks and respiratory protection, air quality indices, carbon monoxide detector, risk factors; long term exposure to pollutants, smoking, indoor pollution, allergens, climate change.
Chemistry
Organic compounds, homologous series, structural formula, molecular formula, condensed formula, saturated hydrocarbons; alkanes, unsaturated hydrocarbons; alkenes, alkynes, Catenation, isomerism, classification of organic compounds, open chain compounds; straight chain,branched chain compounds, closed chain, compounds; Homocyclic and heterocyclic compounds, functional groups of alkenes, alkynes, alcohol; phenols,carboxylic acids, haloalkanes, esters, aldehyde and ketones, ethers,amines, amines.
Chemistry
Nutrition and healthy eating, importance of healthy diet or nutrition, balanced diet, biochemistry, carbohydrates - a source of energy,calorie, classification of carbohydrates, simple and complex, proteins, enzymes, Amino acids,lipids, nucleic acids,DNA,RNA,basic components of food; carbohydrates, proteins,lipids, nucleic acids their sources, function properties, deficiency, required daily intake for young adults, malnutrition, marasmus.
Chemistry
Qualitative Analysis, Introduction to Qualitative Analysis, Detection of Gases, Detection of Ammonia, Detection of Carbon Dioxide (CO₂), Detection of Chlorine Gas, Detection of Hydrogen Gas Using Lighted Splint (Pop Test), Detection of Oxygen Using Glowing Splint, Detection of Sulphur Dioxide, Detection of Metal Cations, Flame Test, Principle of Flame Test, Flame Test Procedure, Identification of Metal Cations by Flame Colour, Common Metal Cations and Their Flame Colours
Chemistry
Definition of chemistry and it's interaction of other matter and energy, branches of chemistry (green chemistry, organic, inorganic, physical, analytical, biochemistry, environmental, industrial,medicinal,polymer, geochemistry, nuclear, astrochemistry).Daily life applications of chemistry( organic, inorganic, analytical, physical, environmental chemistry). Science, technology and engineering. Application of science, technology and engineering ( investigating rusting of iron, harnessing solar energy, organic chemistry in action, plastic bags).
Chemistry
Concepts of acids and bases, Arrhenius concepts of acids and bases, Bronsted lowery concepts of acids and bases, strength of acids and bases; strong and weak acids, strong and weak bases, alkalis, characteristic properties of acids, characteristics properties of bases, oxides and hydroxides.
Chemistry
Composition of atmosphere, air pollutants, sulphur oxides, carbon dioxide, carbon monoxide, methane, ground level ozone, sources of air pollution; natural sources, human activities global warming, acid rain and it's effects, catalytic converters, strategies to reduce environmental problems; climate change migration, afforestation and reforestation, sustainable land use, move to a low- carbon economy, international cooperation and politics, strategies to solve acid rain; acid rain mitigation, catalytic converters in vehicles, photosynthesis, personal protective measures against pollution; masks and respiratory protection, air quality indices, carbon monoxide detector, risk factors; long term exposure to pollutants, smoking, indoor pollution, allergens, climate change.
Chemistry
Nutrition and healthy eating, importance of healthy diet or nutrition, balanced diet, biochemistry, carbohydrates - a source of energy,calorie, classification of carbohydrates, simple and complex, proteins, enzymes, Amino acids,lipids, nucleic acids,DNA,RNA,basic components of food; carbohydrates, proteins,lipids, nucleic acids their sources, function properties, deficiency, required daily intake for young adults, malnutrition, marasmus.
Chemistry
Definition of chemistry and it's interaction of other matter and energy, branches of chemistry (green chemistry, organic, inorganic, physical, analytical, biochemistry, environmental, industrial,medicinal,polymer, geochemistry, nuclear, astrochemistry).Daily life applications of chemistry( organic, inorganic, analytical, physical, environmental chemistry). Science, technology and engineering. Application of science, technology and engineering ( investigating rusting of iron, harnessing solar energy, organic chemistry in action, plastic bags).
Chemistry
Concepts of acids and bases, Arrhenius concepts of acids and bases, Bronsted lowery concepts of acids and bases, strength of acids and bases; strong and weak acids, strong and weak bases, alkalis, characteristic properties of acids, characteristics properties of bases, oxides and hydroxides.
Chemistry
Definition of chemistry and it's interaction of other matter and energy, branches of chemistry (green chemistry, organic, inorganic, physical, analytical, biochemistry, environmental, industrial,medicinal,polymer, geochemistry, nuclear, astrochemistry).Daily life applications of chemistry( organic, inorganic, analytical, physical, environmental chemistry). Science, technology and engineering. Application of science, technology and engineering ( investigating rusting of iron, harnessing solar energy, organic chemistry in action, plastic bags).
Chemistry
Principles and methods in chemistry, conservation of mass energy,using observations and logical thinking, controlled experiments, peer review,being objective, skepticism and proof, evolution of scientific ideas,what is scientific paradigm, phlogiston theory, historical models of the atom,the plum pudding model, Rutherford model, Bohr model and quantum model,the periodic table, modern periodic table, scientific paradigm in chemistry, confidence and uncertainty in chemistry, confidence intervals,p- values,standard error and standard deviation, bayesian probability, quantifying uncertainty, repeatability and reproducibility.
Chemistry
Changes of states of matter,melting, boiling, freezing, condensation, sublimation, deposition, heating curve, cooling curve, evaporation and boiling, effect of pressure on evaporation and boiling, kinetic particle theory and gas laws, Boyle's law, Charles law, Avogadro's law, diffusion of gases, diffusion process explained by kinetic particle theory, factors affecting diffusion, molecular weight, temperature, sublimation, application of sublimation in our daily life,examples of deposition, importance of diffusion rates in medicine.
Chemistry
Mole,mole ratios in stoichiometric calculations, limiting and non limiting reactants, identification of a limiting reactant in a reaction, theoretical yield, actual yield and percent yield, determining empirical and molecular formulas, concentration units,molarity,problems involving the molarity of a solution, strength of a solution,gram per cubic decimeter, gram per cubic centimeter,unit conversion, problems involving interconversion of molarity and strength,dilution of solutions, calculating the concentration of a solution through titration.
Chemistry
Electrochemical cells,nature of electrochemical process, spontaneous and non-spontaneous process,concepts of electrolytes and electrolysis, electrolytic cells, electrolysis, electrolysis of molten electrolytes, electrolysis of molten sodium chloride, electrolysis of molten lead(2) chloride using platinum or graphite electrodes, electrolysis of Concentrated aqueous solution, electrolysis of dilute aqueous solution, electrolysis of dilute sulphuric acid using platinum electrodes, electrolysis copper(2) sulphate using platinum electrodes, electrolysis copper(2) sulphate using copper electrodes, electrolysis of halide compounds, electrolysis of dilute halide solution, electrolysis of Concentrated halide solution, electroplating ( deposition using the same electrode), application of electroplating,zinc plating,Tin plating, chromium plating,galvanic cell( Daniel cell) reaction in a Daniel cell, electrochemical series,battery as a source of electrical energy,fuel cell, advantages and disadvantages of fuel cell.
Chemistry
Rates of reaction, collision theory and activation energy,catalyst and their role in reaction kinetics, physical parameters that effect the rate of reaction,factors affecting the rate of reaction, concentration of reactants, surface area, temperature, pressure of gases, catalyst, enzymes,role of chemical kinetics in the food industry.
Chemistry
Salts, physical state and melting points, solids at STP, lattice structure of ionic compounds, electrical conductivity,high melting and boiling points, hardness and brittleness, preparation, separation and purification of soluble salts, preparation by titration ( acid and alkali), preparation with excess metal, preparation with excess insoluble base,preparation with excess insoluble carbonate, soluble and insoluble salts.
Chemistry
Photochemical smog, acid rain,contact process,habers process, Oxides, acidic,basic and amphoteric oxides, general characteristics of metals, reaction with dilute acids, reaction with cold water, reaction with steam, reaction with oxygen, reactivity series, highly reactive metals, moderately reactive metals, less reactive metals, Unreactive metals.
Chemistry
Structural formula, normal way to draw structural formula, structural formula for alkanes, alkanes,alkynes,naming organic compounds naming include naming alkanes,alkenes, alkynes, alcohols, carboxylic acids,esters.
Chemistry
Saturated and unsaturated hydrocarbons,alkenes, preparation of alkenes by the cracking of lager alkanes,by dehydration of alcohols, by dehydrohalogenation of halogenoalkanes, properties of alkenes physical and chemical properties, reaction with halogens, reaction with KMnO4, hydrogenation of alkenes, hydration of alkenes, alkynes, commercial importance of ethyne, distinguishing saturated and unsaturated hydrocarbons by bromine water test and Bayer's test, fossil fuels,coal,natural gas, petroleum,separating crude oil, fraction of petroleum and their uses.
Chemistry
Manufacture of ethanol by fermentation method, by the hydration of ethene, combustion of alcohols, application of alcohol as fuels, role of alcohols in pharmaceutical industry, cosmetic industry, impact of alcohol on everyday life public health.
Chemistry
Formation of ethanoic acid by the oxidation of alcholos, by the bacterial oxidation of ethanol, reactions of carboxylic acids, reaction involving H-atom of the carboxyl group ( acidic properties of carboxylic acid), reaction with bases, reaction with carbonates and bicarbonates, reaction with metals, reaction with involving the OH group of carboxylic acid, reaction with alcohol( preparation of ester), industrial applications of carboxylic acids and esters, everyday uses of carboxylic acids and esters.
Chemistry
Polymers, addition and condensation polymer, plastics, properties of plastics, environmental impact of plastics, incineration, importance of polymers in the textile industry, properties of plastics and their implications for disposal, durability and longevity, lightweight nature, chemical composition, recyclability, environmental challenges caused by plastics, disposal of plastics in landfill sites, accumulation in oceans, formation of toxic gases from burning,
Chemistry
Proteins, the basic unit of protein - amino acids, classification of protein, carbohydrates, lipids, nucleic acids, significance of nucleic acids, vitamins- sources and their importance to health, fat-soluble vitamins, water- soluble vitamins,sources and functions of vitamins, vitamin A, vitamin B complex,vitamin C,D,E,K, genetics, genetic engineering,gene therapy, cloning, types of cloning include reproductive cloning, therapeutic cloning, gene cloning.
Chemistry
Chemistry
Principles and methods in chemistry, conservation of mass energy,using observations and logical thinking, controlled experiments, peer review,being objective, skepticism and proof, evolution of scientific ideas,what is scientific paradigm, phlogiston theory, historical models of the atom,the plum pudding model, Rutherford model, Bohr model and quantum model,the periodic table, modern periodic table, scientific paradigm in chemistry, confidence and uncertainty in chemistry, confidence intervals,p- values,standard error and standard deviation, bayesian probability, quantifying uncertainty, repeatability and reproducibility.
Chemistry
Mole,mole ratios in stoichiometric calculations, limiting and non limiting reactants, identification of a limiting reactant in a reaction, theoretical yield, actual yield and percent yield, determining empirical and molecular formulas, concentration units,molarity,problems involving the molarity of a solution, strength of a solution,gram per cubic decimeter, gram per cubic centimeter,unit conversion, problems involving interconversion of molarity and strength,dilution of solutions, calculating the concentration of a solution through titration.
Chemistry
Rates of reaction, collision theory and activation energy,catalyst and their role in reaction kinetics, physical parameters that effect the rate of reaction,factors affecting the rate of reaction, concentration of reactants, surface area, temperature, pressure of gases, catalyst, enzymes,role of chemical kinetics in the food industry.
Chemistry
Photochemical smog, acid rain,contact process,habers process, Oxides, acidic,basic and amphoteric oxides, general characteristics of metals, reaction with dilute acids, reaction with cold water, reaction with steam, reaction with oxygen, reactivity series, highly reactive metals, moderately reactive metals, less reactive metals, Unreactive metals.
Chemistry
Manufacture of ethanol by fermentation method, by the hydration of ethene, combustion of alcohols, application of alcohol as fuels, role of alcohols in pharmaceutical industry, cosmetic industry, impact of alcohol on everyday life public health.
Chemistry
Formation of ethanoic acid by the oxidation of alcholos, by the bacterial oxidation of ethanol, reactions of carboxylic acids, reaction involving H-atom of the carboxyl group ( acidic properties of carboxylic acid), reaction with bases, reaction with carbonates and bicarbonates, reaction with metals, reaction with involving the OH group of carboxylic acid, reaction with alcohol( preparation of ester), industrial applications of carboxylic acids and esters, everyday uses of carboxylic acids and esters.
Chemistry
Proteins, the basic unit of protein - amino acids, classification of protein, carbohydrates, lipids, nucleic acids, significance of nucleic acids, vitamins- sources and their importance to health, fat-soluble vitamins, water- soluble vitamins,sources and functions of vitamins, vitamin A, vitamin B complex,vitamin C,D,E,K, genetics, genetic engineering,gene therapy, cloning, types of cloning include reproductive cloning, therapeutic cloning, gene cloning.
Chemistry
Principles and methods in chemistry, conservation of mass energy,using observations and logical thinking, controlled experiments, peer review,being objective, skepticism and proof, evolution of scientific ideas,what is scientific paradigm, phlogiston theory, historical models of the atom,the plum pudding model, Rutherford model, Bohr model and quantum model,the periodic table, modern periodic table, scientific paradigm in chemistry, confidence and uncertainty in chemistry, confidence intervals,p- values,standard error and standard deviation, bayesian probability, quantifying uncertainty, repeatability and reproducibility.
Chemistry
Rates of reaction, collision theory and activation energy,catalyst and their role in reaction kinetics, physical parameters that effect the rate of reaction,factors affecting the rate of reaction, concentration of reactants, surface area, temperature, pressure of gases, catalyst, enzymes,role of chemical kinetics in the food industry.
Chemistry
Manufacture of ethanol by fermentation method, by the hydration of ethene, combustion of alcohols, application of alcohol as fuels, role of alcohols in pharmaceutical industry, cosmetic industry, impact of alcohol on everyday life public health.
Chemistry
Polymers, addition and condensation polymer, plastics, properties of plastics, environmental impact of plastics, incineration, importance of polymers in the textile industry, properties of plastics and their implications for disposal, durability and longevity, lightweight nature, chemical composition, recyclability, environmental challenges caused by plastics, disposal of plastics in landfill sites, accumulation in oceans, formation of toxic gases from burning,
Chemistry
Principles and methods in chemistry, conservation of mass energy,using observations and logical thinking, controlled experiments, peer review,being objective, skepticism and proof, evolution of scientific ideas,what is scientific paradigm, phlogiston theory, historical models of the atom,the plum pudding model, Rutherford model, Bohr model and quantum model,the periodic table, modern periodic table, scientific paradigm in chemistry, confidence and uncertainty in chemistry, confidence intervals,p- values,standard error and standard deviation, bayesian probability, quantifying uncertainty, repeatability and reproducibility.
Chemistry
Manufacture of ethanol by fermentation method, by the hydration of ethene, combustion of alcohols, application of alcohol as fuels, role of alcohols in pharmaceutical industry, cosmetic industry, impact of alcohol on everyday life public health.
Chemistry
Principles and methods in chemistry, conservation of mass energy,using observations and logical thinking, controlled experiments, peer review,being objective, skepticism and proof, evolution of scientific ideas,what is scientific paradigm, phlogiston theory, historical models of the atom,the plum pudding model, Rutherford model, Bohr model and quantum model,the periodic table, modern periodic table, scientific paradigm in chemistry, confidence and uncertainty in chemistry, confidence intervals,p- values,standard error and standard deviation, bayesian probability, quantifying uncertainty, repeatability and reproducibility.
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Computer
Sub-Topics: 1.1 Brief History of Computer Systems 1.2 Understanding Systems and their Types 1.3 Core Components of a Computer System 1.4 Von Neumann Architecture 1.5 Data Transmission within a Computer System 1.6 Types and Hierarchy of Computer Memory 1.7 Software Engineering and Hardware Engineering 1.8 Computer Software 1.9 Data Communication
Computer
Sub-Topics: 2.1 Problems 2.2 Identifying a Computing Problem 2.3 Problem Solving 2.4 Input-Processing-Output (I-P-O) Model 2.5 Input-Processing-Output (I-P-O) Chart 2.6 Computational Thinking 2.7 Principles of Computational Thinking 2.8 Methods to Design a Solution
Computer
Sub-Topics: 3.1 Introduction 3.2 HTML 3.3 Cascading Style Sheets (CSS) 3.4 JavaScript 3.5 Debug the Code 3.6 Create a Dynamic Website
Computer
Sub-Topics: 4.1 Data and Analysis 4.2 Data Types in Data Science 4.3 Big Data
Computer
Sub-Topics: 5.1 Artificial Intelligence and Machine Learning 5.2 Different Areas of AI 5.3 Applications of AI 5.4 Cloud Computing
Computer
6.1 Safe and Responsible Use of Computer 6.2 Responsible Use of Hardware and Software 6.3 Safe Use of Digital Platform 6.4 Laws to Protect User Privacy and Intellectual Property 6.5 Computing Innovation 6.6 Malicious Software and Key Concept 6.7 Information Privacy, System Security, and Usability Trade-off 6.8 Disinformation and Fake News 6.9 Social Networking 6.10 Approaches to Computing Effects 6.11 Intellectual Property Protection – Key Terms
Computer
Unit 7: Entrepreneurship Sub-Topics: 7.1 You Will Be Your Own Boss 7.2 Cost of Production 7.3 Devising a Business Plan
Computer
Sub-Topics: 1.1 Brief History of Computer Systems 1.2 Understanding Systems and their Types 1.3 Core Components of a Computer System 1.4 Von Neumann Architecture 1.5 Data Transmission within a Computer System 1.6 Types and Hierarchy of Computer Memory 1.7 Software Engineering and Hardware Engineering 1.8 Computer Software 1.9 Data Communication
Computer
Sub-Topics: 3.1 Introduction 3.2 HTML 3.3 Cascading Style Sheets (CSS) 3.4 JavaScript 3.5 Debug the Code 3.6 Create a Dynamic Website
Computer
Sub-Topics: 5.1 Artificial Intelligence and Machine Learning 5.2 Different Areas of AI 5.3 Applications of AI 5.4 Cloud Computing
Computer
Unit 7: Entrepreneurship Sub-Topics: 7.1 You Will Be Your Own Boss 7.2 Cost of Production 7.3 Devising a Business Plan
Computer
Sub-Topics: 1.1 Brief History of Computer Systems 1.2 Understanding Systems and their Types 1.3 Core Components of a Computer System 1.4 Von Neumann Architecture 1.5 Data Transmission within a Computer System 1.6 Types and Hierarchy of Computer Memory 1.7 Software Engineering and Hardware Engineering 1.8 Computer Software 1.9 Data Communication
Computer
Sub-Topics: 3.1 Introduction 3.2 HTML 3.3 Cascading Style Sheets (CSS) 3.4 JavaScript 3.5 Debug the Code 3.6 Create a Dynamic Website
Computer
Sub-Topics: 5.1 Artificial Intelligence and Machine Learning 5.2 Different Areas of AI 5.3 Applications of AI 5.4 Cloud Computing
Computer
Unit 7: Entrepreneurship Sub-Topics: 7.1 You Will Be Your Own Boss 7.2 Cost of Production 7.3 Devising a Business Plan
Computer
Sub-Topics: 1.1 Brief History of Computer Systems 1.2 Understanding Systems and their Types 1.3 Core Components of a Computer System 1.4 Von Neumann Architecture 1.5 Data Transmission within a Computer System 1.6 Types and Hierarchy of Computer Memory 1.7 Software Engineering and Hardware Engineering 1.8 Computer Software 1.9 Data Communication
Computer
Sub-Topics: 5.1 Artificial Intelligence and Machine Learning 5.2 Different Areas of AI 5.3 Applications of AI 5.4 Cloud Computing
Computer
Sub-Topics: 1.1 Brief History of Computer Systems 1.2 Understanding Systems and their Types 1.3 Core Components of a Computer System 1.4 Von Neumann Architecture 1.5 Data Transmission within a Computer System 1.6 Types and Hierarchy of Computer Memory 1.7 Software Engineering and Hardware Engineering 1.8 Computer Software 1.9 Data Communication
Computer
Machine Level Representation of Data,Numbering Systems,Common coding systems (ASCII and Unicode ),Coding Schemes,Operating System,Computer Software
Computer
Computing Problems, Counting Problems and Counting Principles,Algorithms and their Characteristics,Logical Reasoning,Standard Algorithms, Steps in algorithm to solve computational problems,Abstraction,Generalized Solutions,Modular Design,Algorithm Dry Run,Errors
Computer
Website Development, Additional Features of HTML/CSS, Advanced Programming Constructs in JavaScript, Complex Algorithms in JavaScript, Advanced Techniques for Testing and Debugging.
Computer
Data Science, Data Visualization, Stages of the Data Science Life Cycle.
Computer
Internet of things, Foundational Components of IoT, Applications of IoT, Blockchain Technology, Applications of Blockchain, Cloud Computing, Speech Recognition and Voice Recognition, Natural Language Processing (NLP), Robotics, Bias and Unethical Use of Artificial Intelligence, Responsibilities of AI System Designers
Computer
What is Technology Addiction, Internet, Effects of Threats to Individual Privacy and Security, Cloud Computing, Hardware and Software Methods to Protect Devices, Cybersecurity, Safety and Security Concepts, Cyberbullying, Environmental, Cultural and Human Impact of Computing and Assistive Technologies, Digital Divide, Inequitable Access to Information.
Computer
Information Collection, Components of digital literacy, Ideas presentation by graphics, poster designing, Billboard designing, social media as a communication tool
Computer
Qualitative vs. Quantitative Research, Differences Between Quantitative and Qualitative Research, Questionnaire Design, What is Market Validation, How to Use Research to Create Customer Profiles, Business Pitching: Identifying Problems and Creating Solutions.
Computer
Machine Level Representation of Data,Numbering Systems,Common coding systems (ASCII and Unicode ),Coding Schemes,Operating System,Computer Software
Computer
Website Development, Additional Features of HTML/CSS, Advanced Programming Constructs in JavaScript, Complex Algorithms in JavaScript, Advanced Techniques for Testing and Debugging.
Computer
Internet of things, Foundational Components of IoT, Applications of IoT, Blockchain Technology, Applications of Blockchain, Cloud Computing, Speech Recognition and Voice Recognition, Natural Language Processing (NLP), Robotics, Bias and Unethical Use of Artificial Intelligence, Responsibilities of AI System Designers
Computer
Information Collection, Components of digital literacy, Ideas presentation by graphics, poster designing, Billboard designing, social media as a communication tool
Computer
Machine Level Representation of Data,Numbering Systems,Common coding systems (ASCII and Unicode ),Coding Schemes,Operating System,Computer Software
Computer
Website Development, Additional Features of HTML/CSS, Advanced Programming Constructs in JavaScript, Complex Algorithms in JavaScript, Advanced Techniques for Testing and Debugging.
Computer
Internet of things, Foundational Components of IoT, Applications of IoT, Blockchain Technology, Applications of Blockchain, Cloud Computing, Speech Recognition and Voice Recognition, Natural Language Processing (NLP), Robotics, Bias and Unethical Use of Artificial Intelligence, Responsibilities of AI System Designers
Computer
Information Collection, Components of digital literacy, Ideas presentation by graphics, poster designing, Billboard designing, social media as a communication tool
Computer
Machine Level Representation of Data,Numbering Systems,Common coding systems (ASCII and Unicode ),Coding Schemes,Operating System,Computer Software
Computer
Internet of things, Foundational Components of IoT, Applications of IoT, Blockchain Technology, Applications of Blockchain, Cloud Computing, Speech Recognition and Voice Recognition, Natural Language Processing (NLP), Robotics, Bias and Unethical Use of Artificial Intelligence, Responsibilities of AI System Designers
Computer
Machine Level Representation of Data,Numbering Systems,Common coding systems (ASCII and Unicode ),Coding Schemes,Operating System,Computer Software
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English
English
### English Mother, Father, Sister, Brother, Boy, Parents, Child, Girl, Teacher, Friend, Man, Student, Baby, Woman, Family, Class, School, Notebook, Book, Pen, Pencil, Ruler, Eraser, Desk, Bag, Board, Chair, Question, Page, Lesson, Answer, Uniform, Homework, Playground, Bell, Come, Go, Drink, Eat, Wake, Sleep, Stand, Sit, Run, Walk, Play, Jump, Write, Read, Listen, Speak, Open, Look, Give, Close, Bring, Take, Help, Make, Learn, Room, House, Window, Door, Bed, Table, Plate, Cup, Bottle, Spoon, Key, Clock, Toy, Ball, Shoe, Dog, Cat, Goat, Cow, Camel, Horse, Tiger, Lion, Monkey, Elephant, Fish, Rabbit, Hen, Bird, Parrot, Moon, Sun, Sky, Star, Rain, Cloud, Tree, Water, Leaf, Flower, River, Grass, Wind, Mountain, Earth, Blue, Red, Yellow, Green, Black, White, Pink, Orange, Small, Big, Short, Long, Fast, Tall, Hot, Slow, Good, Cold, Happy, Bad, Sad, No, Yes, Less, More, Few, Many, First, One, Same, Last, New, Different, Easy, Old, Right, Difficult, Clean, Wrong, Full, Dirty, Empty ### اردو والدہ, والد, بہن, بھائی, لڑکا, والدین, بچہ, لڑکی, استاد, دوست, مرد, طالب علم, بچہ, عورت, خاندان, جماعت, اسکول, کاپی, کتاب, قلم, پنسل, اسکیل, ربڑ, میز, بستہ, تختہ, کرسی, سوال, صفحہ, سبق, جواب, یونیفارم, گھر کا کام, کھیل کا میدان, گھنٹی, آنا, جانا, پینا, کھانا, جاگنا, سونا, کھڑا ہونا, بیٹھنا, دوڑنا, چلنا, کھیلنا, اچھلنا, لکھنا, پڑھنا, سننا, بولنا, کھولنا, دیکھنا, دینا, بند کرنا, لانا, لینا, مدد کرنا, بنانا, سیکھنا, کمرہ, گھر, کھڑکی, دروازہ, بستر, میز, پلیٹ, کپ, بوتل, چمچ, چابی, گھڑی, کھلونا, گیند, جوتا, کتا, بلی, بکری, گائے, اونٹ, گھوڑا, چیتا, شیر, بندر, ہاتھی, مچھلی, خرگوش, مرغی, پرندہ, طوطا, چاند, سورج, آسمان, ستارہ, بارش, بادل, درخت, پانی, پتّا, پھول, دریا, گھاس, ہوا, پہاڑ, زمین, نیلا, سرخ, پیلا, سبز, کالا, سفید, گلابی, نارنجی, چھوٹا, بڑا, چھوٹا, لمبا, تیز, اونچا, گرم, آہستہ, اچھا, ٹھنڈا, خوش, برا, اداس, نہیں, ہاں, کم, زیادہ, چند, بہت سے, پہلا, ایک, ایک جیسا, آخری, نیا, مختلف, آسان, پرانا, درست, مشکل, صاف, غلط, بھرا ہوا, گندا, خالی
English
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English
Identify and distinguish nouns, pronouns, verbs, adjectives, adverbs, prepositions, conjunctions and interjections.
English
Identify and use common, proper, collective, abstract, concrete, countable and uncountable nouns.
English
Identify and correctly use personal, possessive, reflexive, demonstrative, interrogative and relative pronouns.
English
Identify main and helping verbs, regular and irregular verbs, and transitive and intransitive verbs.
English
Identify adjectives and select appropriate descriptive, quantitative, demonstrative and comparative forms.
English
Identify adverbs of manner, time, place, frequency and degree and select their correct usage.
English
Identify and correctly use prepositions of time, place, direction, movement and position.
English
Identify and correctly use coordinating and common subordinating conjunctions in sentences.
English
English
Select the correct verb according to singular and plural subjects and common agreement rules.
English
Identify and correctly use present, past and future tenses including simple, continuous and perfect forms.
English
Identify and correctly use positive, comparative and superlative forms of adjectives.
English
Identify declarative, interrogative, imperative and exclamatory sentences.
English
Identify subjects, predicates, objects, phrases and clauses in sentences.
English
Identify and transform suitable sentences between active and passive voice.
English
Identify and convert simple statements, questions, commands and requests between direct and indirect speech.
English
Select and construct grammatically correct questions using appropriate auxiliaries, WH-words and word order.
English
Identify and form grammatically correct negative sentences using appropriate auxiliary verbs.
English
Identify words and expressions with similar meanings and select appropriate synonyms in context.
English
Identify words with opposite meanings and select appropriate antonyms in context.
English
Distinguish between words that sound alike but have different meanings and spellings.
English
English
Select a single word that correctly represents a given phrase or description.
English
English
English
English
English
Select the correct meaning of commonly tested English words and expressions.
English
Determine the meaning and appropriate use of words based on their context in a sentence.
English
Identify prefixes and suffixes and determine how they change the meaning or form of words.
English
Identify and correct grammatical, structural and usage errors in sentences.
English
Identify the incorrect word or part of a sentence involving grammar, vocabulary, spelling or usage.
English
Select the word or phrase that logically and grammatically completes an incomplete sentence.
English
Arrange words or sentence parts in the correct order to form a meaningful sentence.
English
Select appropriate vocabulary, grammar forms or expressions to complete sentences.
English
Select the correctly used word or expression according to sentence meaning and grammatical context.
English
Answer objective questions based on unseen passages, including facts, details, vocabulary and understanding.
English
Identify the main idea, key points and supporting details of a reading passage.
English
Draw logical conclusions and identify implied information from reading passages.
English
Determine the meaning of words and phrases using contextual clues from a passage.
English
Identify what pronouns, phrases or references refer to within a reading passage.
English
Identify the correct sequence of events, ideas or information presented in a passage.
English
Identify and apply correct punctuation including commas, full stops, apostrophes, quotation marks and question marks.
English
Identify and apply correct capitalization for sentences, names, places, titles and proper nouns.
English
Select the correct Urdu translation of English sentences based on meaning and context.
English
Mixed objective questions covering grammar, vocabulary, sentence skills and comprehension in competitive entry-test format.
English
Mixed competitive grammar questions covering tenses, parts of speech, articles, prepositions, agreement, voice and narration.
English
Competitive vocabulary questions covering synonyms, antonyms, idioms, phrasal verbs, spellings and word meanings.
English
Objective comprehension practice using unseen passages with factual, vocabulary, inference and main-idea questions.
English
Competitive error-detection questions covering grammar, spelling, vocabulary and sentence structure.
English
Comprehensive objective English tests combining grammar, vocabulary, sentence skills and reading comprehension under time limits.
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General Science (EM)
Nature of science, main branches of science and their applications, natural sciences include physical science, life science, earth science, physical science branches include; physics, mechanics, electromagnetics, thermodynamics, kinetics, chemistry, organic,inorganic, analytical, physical chemistry and biochemistry, life science branches include,botany, zoology, microbiology, marine biology, genetics, paleontology, cell biology, earth sciences include astronomy, meteorology, geology, atmospheric science, glaciology, climatology, applications of natural science, common careers of physical science, common careers of life science, common careers of earth science, main branches of social sciences include psychology, anthropology, economics, sociology, archeology, geography,law, history, politics, application of social sciences,formal science and their branches are mathematics,logic, computer science,data science, statistics, system science, artificial intelligence, information technology, application of formal science, relationship between different branches of science include cognitive science,complex system, bioinformatics, biomedical engineering, science as a collaborative field.
General Science (EM)
Cell, cellular structure and function, cell wall, cell membrane, cytoplasm, cytoskeleton, cell organelles structure and function, nucleus, ribosomes, endoplasmic reticulum, Golgi apparatus, lysosomes, mitochondria, centriole, vacuoles, plastids, difference between animal and plant cell, electron microscope definition, plant and animal tissues, plant tissues include simple tissues,epidermal tissues,compound tissues include xylem, phloem, animal tissues include epithelial tissue, squamous, cuboidal,columnar, ciliated, stratified epithelium, connective tissue, muscular tissue include skeletal, smooth,cardiac muscles, nervous tissue.
General Science (EM)
Definition and introduction to biodiversity, importance of biodiversity, impact of human beings on biodiversity, conservation of biodiversity,in-situ conservation,ex-situ conservation, strategies for biodiversity conservation, classification,need of classification, systems of classification,two three five kingdom classification system, prokaryotes and eukaryotes, taxonomy, systematics definition.
General Science (EM)
Atom, arrangement of first 20 elements in the periodic table,isotopes and their examples, uses of isotopes,atomic number, mass number, Rutherford's experiment and it's limitations, Bohr's atomic model and their postulates.
General Science (EM)
Chemical bonding,shells and sub-shells, numbers of electrons in valance shell, periodic table method for calculation of electrons in valence shell in an atom, definition of duplet and octet rule, application of duplet rule,Octet rule examples,why atom forms chemical bond, formation of ionic bonds, properties of ionic compounds, formation of covalent bonds,types of covalent bond, properties of covalent compounds,polar and non polar bonds, homo nuclear molecules, hetero nuclear molecules, difference between covalent and ionic compounds.
General Science (EM)
Carbon cycle, photo synthesis, respiration,energy resources,renewable energy sources,hydro electric energy,solar energy,wind energy, energy from sea and Ocean, nonrenewable energy include coal, petroleum oil, natural gas, nuclear fuel, difference between renewable and nonrenewable resources, advantages and disadvantages of renewable energy, the phenomenon of greenhouse effect and it's impact on climate, green house effect,causes of of green house effect, burning of fossil fuels, deforestation,farming, factories and landfills, impact of green house on climate include global warming, extreme weather, melting ice and rising Sea level,ocean changes,threats to animals and ecosystems,impact on agriculture and food security,health risks for people,smog and human health, effect of smog on human health and environment, significance of greening education, greening skills, objective of green environment,green skills with 21st century skills as a pathway to the future,changes in atmospheric pressure with altitude, creation of solar oven and identify the scientific concept involved in it, concentrating sunlight,converting sunlight to heat energy,working principle of a solar oven,trapping heat energy,uses of a solar oven, concentrating sunlight, converting light energy to heat energy,box-type solar oven, advantages and disadvantages of Solar oven.
General Science (EM)
Common states of matter,solid liquid,gas and their properties,inter molecular forces, dipole dipole forces, dipole induced dipole forces,ion dipole forces, London dispersion forces, hydrogen bonding, properties of gas include diffusion, effusion, condensation, density, compressibility, properties of liquids include evaporation, vapor pressure, boiling,freezing and melting points, density, properties of solids include Melting point sublimation, compressibility,density, amorphous and crystalline solids, allotropic forms of carbons include diamond, graphite,bucky balls.
General Science (EM)
Physical quantities,non physical quantities,relation between physics and physical quantities, measurements of physical quantities, Base and derived quantities, base and derived units, scalar, vector,measurements, length measuring instruments,time measuring instruments, mechanical stopwatch, digital stopwatch, calculational estimates, significant figures and their rules,precision, accuracy.
General Science (EM)
Force of gravitation, gravity a non contact force, weight and mass, contact force, fundamental forces include electromagnetic force, strong nuclear force,weak nuclear force, gravitational force, friction,advantages and disadvantages of friction,methods to reduce friction, efficiency,
General Science (EM)
Heat and temperature, thermal expansion, daily life examples of thermal expansion include automobile engines, electronics, liquids, construction material, railway tracks, melting and boiling, melting and boiling points point of water, conduction, convection, radiation and their difference.
General Science (EM)
Identify cells as the basic units of life and recognize major cell structures and their functions.
General Science (EM)
Compare plant and animal cells and identify their major similarities and differences.
General Science (EM)
Identify major groups of living organisms and classify organisms according to their characteristics.
General Science (EM)
Identify nutrients, their sources, functions and the effects of balanced and unbalanced diets.
General Science (EM)
Identify the major organs of the human digestive system and their roles in digestion and absorption.
General Science (EM)
Identify the organs of the respiratory system and understand the process and importance of breathing and gas exchange.
General Science (EM)
Identify the heart, blood vessels and components of blood and understand their roles in circulation.
General Science (EM)
Identify major bones and muscles and understand their roles in support, movement and protection.
General Science (EM)
Identify methods of plant reproduction, parts of flowers and the processes of pollination and seed formation.
General Science (EM)
Understand photosynthesis, its requirements and the role of plants in producing food and oxygen.
General Science (EM)
Understand how water, minerals and food are transported through different parts of plants.
General Science (EM)
Identify ecosystems, biotic and abiotic components and relationships between organisms and their environment.
General Science (EM)
Identify producers, consumers and decomposers and interpret food chains and food webs.
General Science (EM)
Identify different habitats and explain how organisms are adapted to survive in their environments.
General Science (EM)
Identify common physical quantities, standard units and appropriate instruments used for measurement.
General Science (EM)
Understand distance, time, speed and different types of motion and interpret simple motion-related problems.
General Science (EM)
Understand force, its effects on objects, balanced and unbalanced forces and common types of forces.
General Science (EM)
Understand work, energy and common forms of energy and identify energy transformations in everyday situations.
General Science (EM)
Distinguish heat from temperature and identify methods of heat transfer and common temperature scales.
General Science (EM)
Understand sources and properties of light, reflection, shadows and basic principles of image formation.
General Science (EM)
Understand how sound is produced and transmitted and identify basic properties of sound.
General Science (EM)
Identify basic electrical concepts, circuits, conductors, insulators, cells, switches and electrical safety.
General Science (EM)
Understand magnetic forces, poles, magnetic materials, magnetic fields and common uses of magnets.
General Science (EM)
Identify levers, pulleys, wheels, inclined planes and other simple machines and their practical applications.
General Science (EM)
Identify matter and distinguish between solids, liquids and gases based on their properties and particle arrangement.
General Science (EM)
Distinguish physical changes from chemical changes and identify examples of each type.
General Science (EM)
Understand elements as pure substances and identify common elements using their names, symbols and properties.
General Science (EM)
Understand compounds, their formation and how their properties differ from the elements that form them.
General Science (EM)
Distinguish mixtures from pure substances and identify common types and examples of mixtures.
General Science (EM)
Identify suitable methods such as filtration, evaporation, distillation, sieving and magnetic separation.
General Science (EM)
Understand solute, solvent and solution and identify factors affecting the formation of solutions.
General Science (EM)
Identify common acids and bases and understand the basic use of indicators and the pH scale.
General Science (EM)
Understand the basic structure of atoms and distinguish between atoms, molecules and compounds.
General Science (EM)
Identify the major layers of Earth and understand their basic characteristics.
General Science (EM)
Identify the Sun, planets, moons and other major objects in the solar system and understand their basic characteristics.
General Science (EM)
Understand the relative positions and movements of Earth, the Moon and the Sun and their observable effects.
General Science (EM)
Explain day and night through the rotation of Earth and identify related patterns and observations.
General Science (EM)
General Science (EM)
Distinguish weather from climate and identify common weather elements and measuring instruments.
General Science (EM)
Identify evaporation, condensation, precipitation, collection and other stages of the water cycle.
General Science (EM)
Identify common types of rocks and minerals and understand their basic properties and uses.
General Science (EM)
Identify renewable and non-renewable resources and understand their importance and conservation.
General Science (EM)
Identify air, water, land and noise pollution, their causes, effects and basic prevention methods.
General Science (EM)
Understand conservation of natural resources, biodiversity and responsible use of environmental resources.
General Science (EM)
Understand biodiversity and identify the importance of protecting different species and ecosystems.
General Science (EM)
Identify observation, hypothesis, experimentation, data collection, analysis and conclusion in scientific investigations.
General Science (EM)
Identify common laboratory equipment, safety rules, hazard symbols and safe scientific practices.
No quizzes match your filters in this subject.
General Science (UM)
Nature of science, main branches of science and their applications, natural sciences include physical science, life science, earth science, physical science branches include; physics, mechanics, electromagnetics, thermodynamics, kinetics, chemistry, organic,inorganic, analytical, physical chemistry and biochemistry, life science branches include,botany, zoology, microbiology, marine biology, genetics, paleontology, cell biology, earth sciences include astronomy, meteorology, geology, atmospheric science, glaciology, climatology, applications of natural science, common careers of physical science, common careers of life science, common careers of earth science, main branches of social sciences include psychology, anthropology, economics, sociology, archeology, geography,law, history, politics, application of social sciences,formal science and their branches are mathematics,logic, computer science,data science, statistics, system science, artificial intelligence, information technology, application of formal science, relationship between different branches of science include cognitive science,complex system, bioinformatics, biomedical engineering, science as a collaborative field.
General Science (UM)
Cell, cellular structure and function, cell wall, cell membrane, cytoplasm, cytoskeleton, cell organelles structure and function, nucleus, ribosomes, endoplasmic reticulum, Golgi apparatus, lysosomes, mitochondria, centriole, vacuoles, plastids, difference between animal and plant cell, electron microscope definition, plant and animal tissues, plant tissues include simple tissues,epidermal tissues,compound tissues include xylem, phloem, animal tissues include epithelial tissue, squamous, cuboidal,columnar, ciliated, stratified epithelium, connective tissue, muscular tissue include skeletal, smooth,cardiac muscles, nervous tissue.
General Science (UM)
Definition and introduction to biodiversity, importance of biodiversity, impact of human beings on biodiversity, conservation of biodiversity,in-situ conservation,ex-situ conservation, strategies for biodiversity conservation, classification,need of classification, systems of classification,two three five kingdom classification system, prokaryotes and eukaryotes, taxonomy, systematics definition.
General Science (UM)
Atom, arrangement of first 20 elements in the periodic table,isotopes and their examples, uses of isotopes,atomic number, mass number, Rutherford's experiment and it's limitations, Bohr's atomic model and their postulates.
General Science (UM)
Chemical bonding,shells and sub-shells, numbers of electrons in valance shell, periodic table method for calculation of electrons in valence shell in an atom, definition of duplet and octet rule, application of duplet rule,Octet rule examples,why atom forms chemical bond, formation of ionic bonds, properties of ionic compounds, formation of covalent bonds,types of covalent bond, properties of covalent compounds,polar and non polar bonds, homo nuclear molecules, hetero nuclear molecules, difference between covalent and ionic compounds.
General Science (UM)
Carbon cycle, photo synthesis, respiration,energy resources,renewable energy sources,hydro electric energy,solar energy,wind energy, energy from sea and Ocean, nonrenewable energy include coal, petroleum oil, natural gas, nuclear fuel, difference between renewable and nonrenewable resources, advantages and disadvantages of renewable energy, the phenomenon of greenhouse effect and it's impact on climate, green house effect,causes of of green house effect, burning of fossil fuels, deforestation,farming, factories and landfills, impact of green house on climate include global warming, extreme weather, melting ice and rising Sea level,ocean changes,threats to animals and ecosystems,impact on agriculture and food security,health risks for people,smog and human health, effect of smog on human health and environment, significance of greening education, greening skills, objective of green environment,green skills with 21st century skills as a pathway to the future,changes in atmospheric pressure with altitude, creation of solar oven and identify the scientific concept involved in it, concentrating sunlight,converting sunlight to heat energy,working principle of a solar oven,trapping heat energy,uses of a solar oven, concentrating sunlight, converting light energy to heat energy,box-type solar oven, advantages and disadvantages of Solar oven.
General Science (UM)
Common states of matter,solid liquid,gas and their properties,inter molecular forces, dipole dipole forces, dipole induced dipole forces,ion dipole forces, London dispersion forces, hydrogen bonding, properties of gas include diffusion, effusion, condensation, density, compressibility, properties of liquids include evaporation, vapor pressure, boiling,freezing and melting points, density, properties of solids include Melting point sublimation, compressibility,density, amorphous and crystalline solids, allotropic forms of carbons include diamond, graphite,bucky balls.
General Science (UM)
Physical quantities,non physical quantities,relation between physics and physical quantities, measurements of physical quantities, Base and derived quantities, base and derived units, scalar, vector,measurements, length measuring instruments,time measuring instruments, mechanical stopwatch, digital stopwatch, calculational estimates, significant figures and their rules,precision, accuracy.
General Science (UM)
Force of gravitation, gravity a non contact force, weight and mass, contact force, fundamental forces include electromagnetic force, strong nuclear force,weak nuclear force, gravitational force, friction,advantages and disadvantages of friction,methods to reduce friction, efficiency,
General Science (UM)
Heat and temperature, thermal expansion, daily life examples of thermal expansion include automobile engines, electronics, liquids, construction material, railway tracks, melting and boiling, melting and boiling points point of water, conduction, convection, radiation and their difference.
General Science (UM)
Nature of science, main branches of science and their applications, natural sciences include physical science, life science, earth science, physical science branches include; physics, mechanics, electromagnetics, thermodynamics, kinetics, chemistry, organic,inorganic, analytical, physical chemistry and biochemistry, life science branches include,botany, zoology, microbiology, marine biology, genetics, paleontology, cell biology, earth sciences include astronomy, meteorology, geology, atmospheric science, glaciology, climatology, applications of natural science, common careers of physical science, common careers of life science, common careers of earth science, main branches of social sciences include psychology, anthropology, economics, sociology, archeology, geography,law, history, politics, application of social sciences,formal science and their branches are mathematics,logic, computer science,data science, statistics, system science, artificial intelligence, information technology, application of formal science, relationship between different branches of science include cognitive science,complex system, bioinformatics, biomedical engineering, science as a collaborative field.
General Science (UM)
Definition and introduction to biodiversity, importance of biodiversity, impact of human beings on biodiversity, conservation of biodiversity,in-situ conservation,ex-situ conservation, strategies for biodiversity conservation, classification,need of classification, systems of classification,two three five kingdom classification system, prokaryotes and eukaryotes, taxonomy, systematics definition.
General Science (UM)
Chemical bonding,shells and sub-shells, numbers of electrons in valance shell, periodic table method for calculation of electrons in valence shell in an atom, definition of duplet and octet rule, application of duplet rule,Octet rule examples,why atom forms chemical bond, formation of ionic bonds, properties of ionic compounds, formation of covalent bonds,types of covalent bond, properties of covalent compounds,polar and non polar bonds, homo nuclear molecules, hetero nuclear molecules, difference between covalent and ionic compounds.
General Science (UM)
Common states of matter,solid liquid,gas and their properties,inter molecular forces, dipole dipole forces, dipole induced dipole forces,ion dipole forces, London dispersion forces, hydrogen bonding, properties of gas include diffusion, effusion, condensation, density, compressibility, properties of liquids include evaporation, vapor pressure, boiling,freezing and melting points, density, properties of solids include Melting point sublimation, compressibility,density, amorphous and crystalline solids, allotropic forms of carbons include diamond, graphite,bucky balls.
General Science (UM)
Heat and temperature, thermal expansion, daily life examples of thermal expansion include automobile engines, electronics, liquids, construction material, railway tracks, melting and boiling, melting and boiling points point of water, conduction, convection, radiation and their difference.
General Science (UM)
Nature of science, main branches of science and their applications, natural sciences include physical science, life science, earth science, physical science branches include; physics, mechanics, electromagnetics, thermodynamics, kinetics, chemistry, organic,inorganic, analytical, physical chemistry and biochemistry, life science branches include,botany, zoology, microbiology, marine biology, genetics, paleontology, cell biology, earth sciences include astronomy, meteorology, geology, atmospheric science, glaciology, climatology, applications of natural science, common careers of physical science, common careers of life science, common careers of earth science, main branches of social sciences include psychology, anthropology, economics, sociology, archeology, geography,law, history, politics, application of social sciences,formal science and their branches are mathematics,logic, computer science,data science, statistics, system science, artificial intelligence, information technology, application of formal science, relationship between different branches of science include cognitive science,complex system, bioinformatics, biomedical engineering, science as a collaborative field.
General Science (UM)
Atom, arrangement of first 20 elements in the periodic table,isotopes and their examples, uses of isotopes,atomic number, mass number, Rutherford's experiment and it's limitations, Bohr's atomic model and their postulates.
General Science (UM)
Common states of matter,solid liquid,gas and their properties,inter molecular forces, dipole dipole forces, dipole induced dipole forces,ion dipole forces, London dispersion forces, hydrogen bonding, properties of gas include diffusion, effusion, condensation, density, compressibility, properties of liquids include evaporation, vapor pressure, boiling,freezing and melting points, density, properties of solids include Melting point sublimation, compressibility,density, amorphous and crystalline solids, allotropic forms of carbons include diamond, graphite,bucky balls.
General Science (UM)
Heat and temperature, thermal expansion, daily life examples of thermal expansion include automobile engines, electronics, liquids, construction material, railway tracks, melting and boiling, melting and boiling points point of water, conduction, convection, radiation and their difference.
General Science (UM)
Nature of science, main branches of science and their applications, natural sciences include physical science, life science, earth science, physical science branches include; physics, mechanics, electromagnetics, thermodynamics, kinetics, chemistry, organic,inorganic, analytical, physical chemistry and biochemistry, life science branches include,botany, zoology, microbiology, marine biology, genetics, paleontology, cell biology, earth sciences include astronomy, meteorology, geology, atmospheric science, glaciology, climatology, applications of natural science, common careers of physical science, common careers of life science, common careers of earth science, main branches of social sciences include psychology, anthropology, economics, sociology, archeology, geography,law, history, politics, application of social sciences,formal science and their branches are mathematics,logic, computer science,data science, statistics, system science, artificial intelligence, information technology, application of formal science, relationship between different branches of science include cognitive science,complex system, bioinformatics, biomedical engineering, science as a collaborative field.
General Science (UM)
Heat and temperature, thermal expansion, daily life examples of thermal expansion include automobile engines, electronics, liquids, construction material, railway tracks, melting and boiling, melting and boiling points point of water, conduction, convection, radiation and their difference.
General Science (UM)
Nature of science, main branches of science and their applications, natural sciences include physical science, life science, earth science, physical science branches include; physics, mechanics, electromagnetics, thermodynamics, kinetics, chemistry, organic,inorganic, analytical, physical chemistry and biochemistry, life science branches include,botany, zoology, microbiology, marine biology, genetics, paleontology, cell biology, earth sciences include astronomy, meteorology, geology, atmospheric science, glaciology, climatology, applications of natural science, common careers of physical science, common careers of life science, common careers of earth science, main branches of social sciences include psychology, anthropology, economics, sociology, archeology, geography,law, history, politics, application of social sciences,formal science and their branches are mathematics,logic, computer science,data science, statistics, system science, artificial intelligence, information technology, application of formal science, relationship between different branches of science include cognitive science,complex system, bioinformatics, biomedical engineering, science as a collaborative field.
General Science (UM)
Nature of science, main branches of science and their applications, natural sciences include physical science, life science, earth science, physical science branches include; physics, mechanics, electromagnetics, thermodynamics, kinetics, chemistry, organic,inorganic, analytical, physical chemistry and biochemistry, life science branches include,botany, zoology, microbiology, marine biology, genetics, paleontology, cell biology, earth sciences include astronomy, meteorology, geology, atmospheric science, glaciology, climatology, applications of natural science, common careers of physical science, common careers of life science, common careers of earth science, main branches of social sciences include psychology, anthropology, economics, sociology, archeology, geography,law, history, politics, application of social sciences,formal science and their branches are mathematics,logic, computer science,data science, statistics, system science, artificial intelligence, information technology, application of formal science, relationship between different branches of science include cognitive science,complex system, bioinformatics, biomedical engineering, science as a collaborative field.
General Science (UM)
Cell, cellular structure and function, cell wall, cell membrane, cytoplasm, cytoskeleton, cell organelles structure and function, nucleus, ribosomes, endoplasmic reticulum, Golgi apparatus, lysosomes, mitochondria, centriole, vacuoles, plastids, difference between animal and plant cell, electron microscope definition, plant and animal tissues, plant tissues include simple tissues,epidermal tissues,compound tissues include xylem, phloem, animal tissues include epithelial tissue, squamous, cuboidal,columnar, ciliated, stratified epithelium, connective tissue, muscular tissue include skeletal, smooth,cardiac muscles, nervous tissue.
General Science (UM)
Definition and introduction to biodiversity, importance of biodiversity, impact of human beings on biodiversity, conservation of biodiversity,in-situ conservation,ex-situ conservation, strategies for biodiversity conservation, classification,need of classification, systems of classification,two three five kingdom classification system, prokaryotes and eukaryotes, taxonomy, systematics definition.
General Science (UM)
Atom, arrangement of first 20 elements in the periodic table,isotopes and their examples, uses of isotopes,atomic number, mass number, Rutherford's experiment and it's limitations, Bohr's atomic model and their postulates.
General Science (UM)
Chemical bonding,shells and sub-shells, numbers of electrons in valance shell, periodic table method for calculation of electrons in valence shell in an atom, definition of duplet and octet rule, application of duplet rule,Octet rule examples,why atom forms chemical bond, formation of ionic bonds, properties of ionic compounds, formation of covalent bonds,types of covalent bond, properties of covalent compounds,polar and non polar bonds, homo nuclear molecules, hetero nuclear molecules, difference between covalent and ionic compounds.
General Science (UM)
Carbon cycle, photo synthesis, respiration,energy resources,renewable energy sources,hydro electric energy,solar energy,wind energy, energy from sea and Ocean, nonrenewable energy include coal, petroleum oil, natural gas, nuclear fuel, difference between renewable and nonrenewable resources, advantages and disadvantages of renewable energy, the phenomenon of greenhouse effect and it's impact on climate, green house effect,causes of of green house effect, burning of fossil fuels, deforestation,farming, factories and landfills, impact of green house on climate include global warming, extreme weather, melting ice and rising Sea level,ocean changes,threats to animals and ecosystems,impact on agriculture and food security,health risks for people,smog and human health, effect of smog on human health and environment, significance of greening education, greening skills, objective of green environment,green skills with 21st century skills as a pathway to the future,changes in atmospheric pressure with altitude, creation of solar oven and identify the scientific concept involved in it, concentrating sunlight,converting sunlight to heat energy,working principle of a solar oven,trapping heat energy,uses of a solar oven, concentrating sunlight, converting light energy to heat energy,box-type solar oven, advantages and disadvantages of Solar oven.
General Science (UM)
Common states of matter,solid liquid,gas and their properties,inter molecular forces, dipole dipole forces, dipole induced dipole forces,ion dipole forces, London dispersion forces, hydrogen bonding, properties of gas include diffusion, effusion, condensation, density, compressibility, properties of liquids include evaporation, vapor pressure, boiling,freezing and melting points, density, properties of solids include Melting point sublimation, compressibility,density, amorphous and crystalline solids, allotropic forms of carbons include diamond, graphite,bucky balls.
General Science (UM)
Physical quantities,non physical quantities,relation between physics and physical quantities, measurements of physical quantities, Base and derived quantities, base and derived units, scalar, vector,measurements, length measuring instruments,time measuring instruments, mechanical stopwatch, digital stopwatch, calculational estimates, significant figures and their rules,precision, accuracy.
General Science (UM)
Force of gravitation, gravity a non contact force, weight and mass, contact force, fundamental forces include electromagnetic force, strong nuclear force,weak nuclear force, gravitational force, friction,advantages and disadvantages of friction,methods to reduce friction, efficiency,
General Science (UM)
Heat and temperature, thermal expansion, daily life examples of thermal expansion include automobile engines, electronics, liquids, construction material, railway tracks, melting and boiling, melting and boiling points point of water, conduction, convection, radiation and their difference.
General Science (UM)
Nature of science, main branches of science and their applications, natural sciences include physical science, life science, earth science, physical science branches include; physics, mechanics, electromagnetics, thermodynamics, kinetics, chemistry, organic,inorganic, analytical, physical chemistry and biochemistry, life science branches include,botany, zoology, microbiology, marine biology, genetics, paleontology, cell biology, earth sciences include astronomy, meteorology, geology, atmospheric science, glaciology, climatology, applications of natural science, common careers of physical science, common careers of life science, common careers of earth science, main branches of social sciences include psychology, anthropology, economics, sociology, archeology, geography,law, history, politics, application of social sciences,formal science and their branches are mathematics,logic, computer science,data science, statistics, system science, artificial intelligence, information technology, application of formal science, relationship between different branches of science include cognitive science,complex system, bioinformatics, biomedical engineering, science as a collaborative field.
General Science (UM)
Definition and introduction to biodiversity, importance of biodiversity, impact of human beings on biodiversity, conservation of biodiversity,in-situ conservation,ex-situ conservation, strategies for biodiversity conservation, classification,need of classification, systems of classification,two three five kingdom classification system, prokaryotes and eukaryotes, taxonomy, systematics definition.
General Science (UM)
Chemical bonding,shells and sub-shells, numbers of electrons in valance shell, periodic table method for calculation of electrons in valence shell in an atom, definition of duplet and octet rule, application of duplet rule,Octet rule examples,why atom forms chemical bond, formation of ionic bonds, properties of ionic compounds, formation of covalent bonds,types of covalent bond, properties of covalent compounds,polar and non polar bonds, homo nuclear molecules, hetero nuclear molecules, difference between covalent and ionic compounds.
General Science (UM)
Common states of matter,solid liquid,gas and their properties,inter molecular forces, dipole dipole forces, dipole induced dipole forces,ion dipole forces, London dispersion forces, hydrogen bonding, properties of gas include diffusion, effusion, condensation, density, compressibility, properties of liquids include evaporation, vapor pressure, boiling,freezing and melting points, density, properties of solids include Melting point sublimation, compressibility,density, amorphous and crystalline solids, allotropic forms of carbons include diamond, graphite,bucky balls.
General Science (UM)
Heat and temperature, thermal expansion, daily life examples of thermal expansion include automobile engines, electronics, liquids, construction material, railway tracks, melting and boiling, melting and boiling points point of water, conduction, convection, radiation and their difference.
General Science (UM)
Nature of science, main branches of science and their applications, natural sciences include physical science, life science, earth science, physical science branches include; physics, mechanics, electromagnetics, thermodynamics, kinetics, chemistry, organic,inorganic, analytical, physical chemistry and biochemistry, life science branches include,botany, zoology, microbiology, marine biology, genetics, paleontology, cell biology, earth sciences include astronomy, meteorology, geology, atmospheric science, glaciology, climatology, applications of natural science, common careers of physical science, common careers of life science, common careers of earth science, main branches of social sciences include psychology, anthropology, economics, sociology, archeology, geography,law, history, politics, application of social sciences,formal science and their branches are mathematics,logic, computer science,data science, statistics, system science, artificial intelligence, information technology, application of formal science, relationship between different branches of science include cognitive science,complex system, bioinformatics, biomedical engineering, science as a collaborative field.
General Science (UM)
Atom, arrangement of first 20 elements in the periodic table,isotopes and their examples, uses of isotopes,atomic number, mass number, Rutherford's experiment and it's limitations, Bohr's atomic model and their postulates.
General Science (UM)
Common states of matter,solid liquid,gas and their properties,inter molecular forces, dipole dipole forces, dipole induced dipole forces,ion dipole forces, London dispersion forces, hydrogen bonding, properties of gas include diffusion, effusion, condensation, density, compressibility, properties of liquids include evaporation, vapor pressure, boiling,freezing and melting points, density, properties of solids include Melting point sublimation, compressibility,density, amorphous and crystalline solids, allotropic forms of carbons include diamond, graphite,bucky balls.
General Science (UM)
Heat and temperature, thermal expansion, daily life examples of thermal expansion include automobile engines, electronics, liquids, construction material, railway tracks, melting and boiling, melting and boiling points point of water, conduction, convection, radiation and their difference.
General Science (UM)
Nature of science, main branches of science and their applications, natural sciences include physical science, life science, earth science, physical science branches include; physics, mechanics, electromagnetics, thermodynamics, kinetics, chemistry, organic,inorganic, analytical, physical chemistry and biochemistry, life science branches include,botany, zoology, microbiology, marine biology, genetics, paleontology, cell biology, earth sciences include astronomy, meteorology, geology, atmospheric science, glaciology, climatology, applications of natural science, common careers of physical science, common careers of life science, common careers of earth science, main branches of social sciences include psychology, anthropology, economics, sociology, archeology, geography,law, history, politics, application of social sciences,formal science and their branches are mathematics,logic, computer science,data science, statistics, system science, artificial intelligence, information technology, application of formal science, relationship between different branches of science include cognitive science,complex system, bioinformatics, biomedical engineering, science as a collaborative field.
General Science (UM)
Heat and temperature, thermal expansion, daily life examples of thermal expansion include automobile engines, electronics, liquids, construction material, railway tracks, melting and boiling, melting and boiling points point of water, conduction, convection, radiation and their difference.
General Science (UM)
Nature of science, main branches of science and their applications, natural sciences include physical science, life science, earth science, physical science branches include; physics, mechanics, electromagnetics, thermodynamics, kinetics, chemistry, organic,inorganic, analytical, physical chemistry and biochemistry, life science branches include,botany, zoology, microbiology, marine biology, genetics, paleontology, cell biology, earth sciences include astronomy, meteorology, geology, atmospheric science, glaciology, climatology, applications of natural science, common careers of physical science, common careers of life science, common careers of earth science, main branches of social sciences include psychology, anthropology, economics, sociology, archeology, geography,law, history, politics, application of social sciences,formal science and their branches are mathematics,logic, computer science,data science, statistics, system science, artificial intelligence, information technology, application of formal science, relationship between different branches of science include cognitive science,complex system, bioinformatics, biomedical engineering, science as a collaborative field.
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Grammer English
The verb "to be" (is/am/are) must always come before the main verb. The main verb must always end in "-ing." This tense is used only for actions occurring at this exact moment or around now (temporary actions). Time markers that signal this tense: now, right now, at the moment, today, this week (when temporary). Spelling rules for adding "-ing": Most verbs: just add "-ing" (walk → walking) Verbs ending in silent "e": drop the "e" and add "-ing" (dance → dancing) Short vowel + one consonant: double the consonant and add "-ing" (run → running, swim → swimming)
Grammer English
This tense describes things that happen repeatedly or are always true. Time markers that signal this tense: always, usually, often, sometimes, never, every day, every week, on Mondays. Third-person singular rule (He/She/It): The verb must end with "-s" or "-es." Spelling rules for adding "-s/-es": Most verbs: add "-s" (eat → eats) Verbs ending in -ch, -sh, -ss, -x, -o: add "-es" (watch → watches, go → goes) Verbs ending in consonant + y: change "y" to "ies" (fly → flies) Negative form: use "do not" (don't) or "does not" (doesn't) + base verb. Question form: use "Do" or "Does" + subject + base verb.
Grammer English
This tense describes actions that started and finished at a specific time in the past. The time is clearly mentioned or understood. Time markers that signal this tense: yesterday, last night, last week, ago, in 2010, when I was young. Regular verbs add "-ed" to form the past. Spelling rules for adding "-ed": Most verbs: just add "-ed" (walk → walked) Verbs ending in "e": just add "-d" (dance → danced) Verbs ending in consonant + y: change "y" to "ied" (cry → cried) Short vowel + one consonant: double the consonant and add "-ed" (stop → stopped) Pronunciation of "-ed" (for speaking/listening): /t/ sound after unvoiced sounds (walked = walkt, washed = washt) /d/ sound after voiced sounds (played = playd, called = calld) /id/ sound after "t" or "d" (wanted = want-id, started = start-id) Negative form: use "did not" (didn't) + base verb (not past form). Question form: use "Did" + subject + base verb.
Grammer English
This tense describes a long, ongoing action in the past that gets interrupted by a short, sudden action. Formula: was/were + verb(-ing) for the long action. The short action is always in Past Simple. The word "when" connects the long action to the interruption. The word "while" connects two long actions happening at the same time. Time markers: when, while, as. Examples of the structure: Long action (Past Continuous) + when + short action (Past Simple). Short action (Past Simple) + while + long action (Past Continuous). The student must identify which action started first and which action interrupted.
Grammer English
This tense describes life experiences. When it happened is NOT important or NOT mentioned. Formula: have/has + Past Participle (V3). Past Participle for regular verbs is the same as Past Simple (walked). Past Participle for irregular verbs is the third form (eat → eaten, go → gone, see → seen). Keywords that signal this tense: ever, never, before, in my life. Strict rule: You CANNOT use a specific past time marker (like yesterday, last week, in 2010) with this tense. Question form: Have you ever...? (meaning "in your whole life"). Negative form: I have never... or I haven't... ever. Short answers: Yes, I have. / No, I haven't.
Grammer English
This tense connects a past action to a visible result in the present. Formula: have/has + Past Participle (V3). Keywords and their positions: Just = a very recent action. Goes between have/has and the verb. (I have just finished.) Already = the action happened earlier than expected. Goes between have/has and the verb. (She has already eaten.) Yet = used in questions and negative sentences to ask if something has happened or to say it hasn't. Goes at the END of the sentence. (Have you done it yet? / I haven't done it yet.) The student must understand the present result: I have lost my keys → Result: I cannot open the door now. She has broken her leg → Result: She cannot walk now. Negative form: have/has not + V3. Question form: Have/Has + subject + V3.
Grammer English
This tense describes actions that started in the past and are STILL happening now, OR have just stopped but we can see the evidence. Formula: have/has + been + verb(-ing). Keywords for duration: For = duration of time (e.g., for 2 hours, for 3 years, for a long time). Since = starting point (e.g., since morning, since 2015, since I was a child). The difference between Level 6 and Level 7: I have read 20 pages (Level 6) = The action is completed. The book is finished. I have been reading for 2 hours (Level 7) = The action is still continuing or I just stopped and my eyes are tired. This tense focuses on the process and duration, not the result. Evidence in the present: She is sweating → She has been running. Negative form: have/has not been + Ving. Question form: Have/Has + subject + been + Ving.
Grammer English
This tense is used when we are talking about two past actions. It shows which action happened earlier (further back in time). Formula: had + Past Participle (V3). The action that happened earlier gets had + V3. The action that happened later gets Past Simple. Keywords that signal this tense: already, before, after, by the time, when, until. Example: Action 1 (earlier): The movie started. Action 2 (later): I arrived. Combined: The movie had started before I arrived. (The movie started first. I arrived second.) Negative form: had not (hadn't) + V3. Question form: Had + subject + V3. The student must be able to read a timeline and identify which event happened first.
Grammer English
There are two main ways to talk about the future at this level. Going to = Plans and intentions that were decided before the moment of speaking. Formula: is/am/are + going to + base verb. Evidence: The student has a ticket, a diary entry, or has already made a decision. Example: I am going to visit my grandma tomorrow. (I already planned this.) Will = Spontaneous decisions (decided at the moment of speaking) OR predictions without evidence. Formula: will + base verb. Spontaneous example: The phone rings. I will get it! (I just decided now.) Prediction example: It will rain tomorrow. (I think so, but I don't have evidence.) Keywords for predictions: I think, I hope, probably, perhaps. Negative forms: Going to negative: is/am/are not going to + verb. Will negative: will not (won't) + verb. Question forms: Going to question: Is/Am/Are + subject + going to + verb? Will question: Will + subject + verb?
Grammer English
This is the mastery level. The student must be able to switch between tenses correctly within a single paragraph or story. The student must recognize that time markers are the key to choosing the correct tense. The student must know the "Time Marker Cheat Sheet": Time Marker Tense to Use Now, Listen!, Look!, At the moment Present Continuous (Level 1) Every day, Usually, Always, Never Present Simple (Level 2) Yesterday, Last night, Ago, In 2010 Past Simple (Level 3) When + Past Simple (interruption) Past Continuous (Level 4) Ever, Never, Before (experience) Present Perfect Simple (Level 5) Just, Already, Yet (result) Present Perfect Simple (Level 6) For, Since, How long? Present Perfect Continuous (Level 7) Before, By the time (two past actions) Past Perfect (Level 8) Tomorrow, Next week (plan vs. spontaneous) Will / Going to (Level 9) The student must write or speak a short story (5-7 sentences) that includes: A background action (Past Continuous). A main event (Past Simple). A memory from before (Past Perfect). A present-day result (Present Perfect). A future plan (Going to). The student must be able to error-correct a paragraph where the tenses are mixed up incorrectly.
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Islamiat
قرآن مجید کا تعارف، نزول، حفاظت، جمع و تدوین، زبان اور بنیادی خصوصیات سے متعلق معروضی سوالات۔
Islamiat
نزولِ قرآن کی ابتدا، پہلی وحی، مقامِ نزول، مدتِ نزول اور وحی سے متعلق بنیادی معلومات۔
Islamiat
وحی کا مفہوم، اقسام، نزولِ وحی اور انبیائے کرام علیہم السلام سے وحی کے تعلق سے متعلق بنیادی معلومات۔
Islamiat
قرآن مجید کی سورتوں، آیات، پاروں اور مکی و مدنی سورتوں سے متعلق بنیادی معلومات۔
Islamiat
مکی و مدنی سورتوں کی پہچان، خصوصیات اور بنیادی فرق سے متعلق معروضی سوالات۔
Islamiat
قرآن مجید میں بیان کردہ ایمان، عبادات، اخلاق، عدل، صبر، شکر اور معاشرتی اصولوں سے متعلق سوالات۔
Islamiat
حدیث کا مفہوم، اہمیت اور اسلامی تعلیمات میں حدیث کے مقام سے متعلق بنیادی معلومات۔
Islamiat
منتخب احادیث کے متن، مفہوم، بنیادی تعلیمات اور عملی زندگی سے متعلق معروضی سوالات۔
Islamiat
حدیث اور سنت کا مفہوم، باہمی تعلق اور اسلامی زندگی میں ان کی اہمیت سے متعلق سوالات۔
Islamiat
Islamiat
Islamiat
رسالت کا مفہوم، انبیائے کرام علیہم السلام، ختمِ نبوت اور رسالت سے متعلق بنیادی معلومات۔
Islamiat
قیامت، دوبارہ اٹھایا جانا، حساب، جنت، جہنم اور آخرت کے بنیادی عقائد سے متعلق سوالات۔
Islamiat
Islamiat
اللہ تعالیٰ کی نازل کردہ آسمانی کتابوں، ان کے نام اور متعلقہ انبیائے کرام علیہم السلام سے متعلق سوالات۔
Islamiat
تقدیر، اللہ تعالیٰ کے علم و اختیار اور تقدیر پر ایمان کے بنیادی مفہوم سے متعلق معروضی سوالات۔
Islamiat
اسلام کے پانچ بنیادی ارکان اور ان سے متعلق اہم معلومات پر مبنی objective سوالات۔
Islamiat
کلمہ طیبہ اور بنیادی اسلامی کلمات، ان کے مفاہیم اور متعلقہ معلومات سے متعلق سوالات۔
Islamiat
Islamiat
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Math
Rational and irrational numbers, Properties of real numbers, properties of exponents
Math
Math
Set operations, union and intersection of sets, venn diagram, applying (Associative, distributive) properties on sets and venn-diagram, binary relations, Domain and range of binary relations,
Math
Factorization of Algebraic expressions, HCF and LCM of expressions, Basic operations on Algebraic fractions, square root of Algebraic fractions,
Math
Math
measurement of angles, sector if circles, Trigonometric ratios, Trigonometric identities, Angles of elevation and angle of depression, bearing,
Math
Applications of Distance formula, distance between points on coordinate line, Application of Mid points formula,
Math
slope of straight line, Derivations of standard forms of equation of straight line(slope intercept form, point slope form, two-point form, two intercept form, symmetric form, normal form), General form of equations of straight line, Equation if family of lines
Math
Axiom, conjecture and theorem, similarity of polygons, Area and volume if similar figures, Volume of similar solids, properties of regular polygons, locus of points
Math
construction of triangles, Altitudes of triangle, perpendicular bisectors, Medians of triangle
Math
Frequency distribution, Histogram, frequency polygon, Mean, median and mode of group and un-group data, weighted mean, probability, Relative frequency of estimated probability
Math
Math
Factorization of Algebraic expressions, HCF and LCM of expressions, Basic operations on Algebraic fractions, square root of Algebraic fractions,
Math
Linear equations involving radicals and absolute value
Math
Applications of Distance formula, distance between points on coordinate line, Application of Mid points formula,
Math
Axiom, conjecture and theorem, similarity of polygons, Area and volume if similar figures, Volume of similar solids, properties of regular polygons, locus of points
Math
Frequency distribution, Histogram, frequency polygon, Mean, median and mode of group and un-group data, weighted mean, probability, Relative frequency of estimated probability
Math
Math
Factorization of Algebraic expressions, HCF and LCM of expressions, Basic operations on Algebraic fractions, square root of Algebraic fractions,
Math
Applications of Distance formula, distance between points on coordinate line, Application of Mid points formula,
Math
Frequency distribution, Histogram, frequency polygon, Mean, median and mode of group and un-group data, weighted mean, probability, Relative frequency of estimated probability
Math
Factorization of Algebraic expressions, HCF and LCM of expressions, Basic operations on Algebraic fractions, square root of Algebraic fractions,
Math
Frequency distribution, Histogram, frequency polygon, Mean, median and mode of group and un-group data, weighted mean, probability, Relative frequency of estimated probability
Math
Frequency distribution, Histogram, frequency polygon, Mean, median and mode of group and un-group data, weighted mean, probability, Relative frequency of estimated probability
Math
Natural numbers Whole numbers Integers Factors Multiples Prime numbers HCF LCM Divisibility BODMAS
Math
Proper/improper fractions Mixed numbers Equivalent fractions Addition Subtraction Multiplication Division Simplification Word problems
Math
Math
Math
Percentage of a quantity Percentage increase/decrease Profit Loss Discount Tax
Math
Math
Math
Math
Math
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Pak Studies
Pak Studies
Pak Studies
Pak Studies
Pak Studies
Pak Studies
Pak Studies
Pak Studies
Pak Studies
Pak Studies
Pak Studies
Pak Studies
Pak Studies
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Physics
Branches if physics(mechanics, quantum, optics, thermodynamics, oscillations and waves, atomuc and nuclear physics, relativity, electromagnetism), Physical and non physical quantitues, SI base and derived units, standard form ans scientific notation, prefixes, scalar and vector quantities, adding vector quantities, Measuring instruments(Meter rule, measuring tape, vernier calipher, screw guage,) Physical balance, Meaduring cylinder, stop watch (Mehanical analogue and digital), Errors ( systematic and random errors), Precision and accuracy, significant figures, general rules for writing significant figures, rounding off numbers
Physics
Rest and motion, types of motion, Distance and displacement, Speed and Velocity(Average, instantaneous, uniform and variable speed and Velocity), Acceleration, motion due to gravity, graphical analysis of motion, Speed time graph,
Physics
force, types of force(contact, non-contact force), fundamental forces in nature, concept of net force, Newtons laws of motion, mass and weight, measuring force and mass, Gravitational field, momentum, force and change in momentum, impulse and change in momentum, Newtons laws and conservation of momentum,
Physics
force on bodies, moment on a force, center of mass, equilibrium, conditions of equilibrium, principle of moments, Types of equilibrium, Stability(stable, unstable and Neutral equilibrium), Frictions, advantages and disadvantages of friction, methods of reducing friction, Rolling friction, fluid friction, frictional dissipation, centripeta force, Orbital motion, average orbital speed of satellite, planetary data,
Physics
Elasticity, HOOKE'S LAW, Application if HOOKE'S LAW, Pressure, atmosheric pressure, measurement of atmospheric pressure, atmosheric pressure ad weather, application of atmospheric pressure, liquid pressure, manometer, Application of manometer, PASCAL's principle, Hydraulic lift, hydraulic car brake system,
Physics
work, energy and its forms, kinetic energy, potential energy, energy conversion and conservation, Major energy resources, Fossil fuels, Nuclear fuels, Bio Mass Fuels, Hydro electric resources, Solar radiation, Geothermal resources, wind, waves in the sea, tides, power, efficiency,
Physics
Density, measuring densities, density if regular and irregulae shaped objects, States of matter(Solid, liquid, gases), Plasma as fourth state of matter, Relationship betwen the motion of the articles and temperature,internal energy and temperatureof sustance,variation in physical properties as a too for measuring temperature of a substance, expansion of liquids,variation of volume and pressure,variation i color of crystals,resistance thermometer or thermistors,bimetallic strip thermometer,fixed point in calibration of theemometer,sensitivity, range,linearity of thermometer thermometers(sensitivity,range, linearity of thermometer), Structure and function of liquid in glass and thermocouple thermometers, Effects of sructure of a liquid in glass thermometer on its sensitivity, Range a linearity(Effects of diameter of tube on sensitivity of thermometer, effects of nature of liquid used in thermometer on its sensitivity, effects of size of bulb of thermometer on its range, effects of nature if liquid used in thermometer on its range, effects of type of glass used in thermometee on its linearity)
Physics
Domain theory of magnetism( force between magneticpoles), Manetic field( magnetic field of bar magnet, direction of magnetic field at a point, relative strength of magnetic field, magnetic shielding),Induced magnetism (stroking, hammering, heating and solenoid method), temporary and permanent magnetics and heir uses, Applications of magnets(magnetic recording, speakers), types of magnetic materials (Diamagnetic materials, paramagnetic materials, ferromagnetic materials) Difference between magnetic and non magnetic materials, Earths magnetic field (geographical and magnetic poles of the earth, Bio magnetism)
Physics
Objectives of physics, fields of physics(Biophysics, Astronomy, Astrophysics, cosmology, thermal physics, optics, particle physics, Elecromagnetism, acostics, computational physis, geophysics, climate physics, classical mechanics, quantum mechanics, relativistic mechanics), Hypothesis, Theory and law, difference between theory and law, science technology and engineering
Physics
Branches if physics(mechanics, quantum, optics, thermodynamics, oscillations and waves, atomuc and nuclear physics, relativity, electromagnetism), Physical and non physical quantitues, SI base and derived units, standard form ans scientific notation, prefixes, scalar and vector quantities, adding vector quantities, Measuring instruments(Meter rule, measuring tape, vernier calipher, screw guage,) Physical balance, Meaduring cylinder, stop watch (Mehanical analogue and digital), Errors ( systematic and random errors), Precision and accuracy, significant figures, general rules for writing significant figures, rounding off numbers
Physics
force, types of force(contact, non-contact force), fundamental forces in nature, concept of net force, Newtons laws of motion, mass and weight, measuring force and mass, Gravitational field, momentum, force and change in momentum, impulse and change in momentum, Newtons laws and conservation of momentum,
Physics
Elasticity, HOOKE'S LAW, Application if HOOKE'S LAW, Pressure, atmosheric pressure, measurement of atmospheric pressure, atmosheric pressure ad weather, application of atmospheric pressure, liquid pressure, manometer, Application of manometer, PASCAL's principle, Hydraulic lift, hydraulic car brake system,
Physics
Density, measuring densities, density if regular and irregulae shaped objects, States of matter(Solid, liquid, gases), Plasma as fourth state of matter, Relationship betwen the motion of the articles and temperature,internal energy and temperatureof sustance,variation in physical properties as a too for measuring temperature of a substance, expansion of liquids,variation of volume and pressure,variation i color of crystals,resistance thermometer or thermistors,bimetallic strip thermometer,fixed point in calibration of theemometer,sensitivity, range,linearity of thermometer thermometers(sensitivity,range, linearity of thermometer), Structure and function of liquid in glass and thermocouple thermometers, Effects of sructure of a liquid in glass thermometer on its sensitivity, Range a linearity(Effects of diameter of tube on sensitivity of thermometer, effects of nature of liquid used in thermometer on its sensitivity, effects of size of bulb of thermometer on its range, effects of nature if liquid used in thermometer on its range, effects of type of glass used in thermometee on its linearity)
Physics
Objectives of physics, fields of physics(Biophysics, Astronomy, Astrophysics, cosmology, thermal physics, optics, particle physics, Elecromagnetism, acostics, computational physis, geophysics, climate physics, classical mechanics, quantum mechanics, relativistic mechanics), Hypothesis, Theory and law, difference between theory and law, science technology and engineering
Physics
Branches if physics(mechanics, quantum, optics, thermodynamics, oscillations and waves, atomuc and nuclear physics, relativity, electromagnetism), Physical and non physical quantitues, SI base and derived units, standard form ans scientific notation, prefixes, scalar and vector quantities, adding vector quantities, Measuring instruments(Meter rule, measuring tape, vernier calipher, screw guage,) Physical balance, Meaduring cylinder, stop watch (Mehanical analogue and digital), Errors ( systematic and random errors), Precision and accuracy, significant figures, general rules for writing significant figures, rounding off numbers
Physics
force on bodies, moment on a force, center of mass, equilibrium, conditions of equilibrium, principle of moments, Types of equilibrium, Stability(stable, unstable and Neutral equilibrium), Frictions, advantages and disadvantages of friction, methods of reducing friction, Rolling friction, fluid friction, frictional dissipation, centripeta force, Orbital motion, average orbital speed of satellite, planetary data,
Physics
work, energy and its forms, kinetic energy, potential energy, energy conversion and conservation, Major energy resources, Fossil fuels, Nuclear fuels, Bio Mass Fuels, Hydro electric resources, Solar radiation, Geothermal resources, wind, waves in the sea, tides, power, efficiency,
Physics
Domain theory of magnetism( force between magneticpoles), Manetic field( magnetic field of bar magnet, direction of magnetic field at a point, relative strength of magnetic field, magnetic shielding),Induced magnetism (stroking, hammering, heating and solenoid method), temporary and permanent magnetics and heir uses, Applications of magnets(magnetic recording, speakers), types of magnetic materials (Diamagnetic materials, paramagnetic materials, ferromagnetic materials) Difference between magnetic and non magnetic materials, Earths magnetic field (geographical and magnetic poles of the earth, Bio magnetism)
Physics
Branches if physics(mechanics, quantum, optics, thermodynamics, oscillations and waves, atomuc and nuclear physics, relativity, electromagnetism), Physical and non physical quantitues, SI base and derived units, standard form ans scientific notation, prefixes, scalar and vector quantities, adding vector quantities, Measuring instruments(Meter rule, measuring tape, vernier calipher, screw guage,) Physical balance, Meaduring cylinder, stop watch (Mehanical analogue and digital), Errors ( systematic and random errors), Precision and accuracy, significant figures, general rules for writing significant figures, rounding off numbers
Physics
work, energy and its forms, kinetic energy, potential energy, energy conversion and conservation, Major energy resources, Fossil fuels, Nuclear fuels, Bio Mass Fuels, Hydro electric resources, Solar radiation, Geothermal resources, wind, waves in the sea, tides, power, efficiency,
Physics
Branches if physics(mechanics, quantum, optics, thermodynamics, oscillations and waves, atomuc and nuclear physics, relativity, electromagnetism), Physical and non physical quantitues, SI base and derived units, standard form ans scientific notation, prefixes, scalar and vector quantities, adding vector quantities, Measuring instruments(Meter rule, measuring tape, vernier calipher, screw guage,) Physical balance, Meaduring cylinder, stop watch (Mehanical analogue and digital), Errors ( systematic and random errors), Precision and accuracy, significant figures, general rules for writing significant figures, rounding off numbers
Physics
Specific Heat Capacity, Transfer of Heat, Applications of Heat Transfer, Green House Effect and Global Warming, Flow of Heat in Geothermal Activities
Physics
Kinetic Theory of Matter, Thermal Expansion, Evaporation, Latent Heat, Pressure Exerted by Gas Particles, Superconductivity
Physics
Wave Motion, Wave Propagation, Characteristic Wave Parameters, Waves and their Types,Types of Waves on the Basis of Medium, types of waves on the basis of Propagation, Wave Characteristics ,Properties of Waves, Tsunamis
Physics
Source of Sound, Nature of Sound Waves, Ultrasound, Infrasound, Characteristics of Sound Waves, Analysing Sound Waves, Speed of Sound, Noise, Reflection, Refraction and Diffraction of Sound Waves, Echo, Acoustics, Human Hearing System
Physics
Reflection of Light, Refraction of Light, Total Internal Reflection, Thin Lenses, Application of Lenses, Visible Spectrum, Human Eye and Colour Perception, Gravitational Lensing, Acoustic Lenses
Physics
Static Charge, Conductors and Insulators, Charging and Discharging, Electroscope, Electric Field, Applications of Electrostatics, Electrical Breakdown
Physics
Electric Current, Alternating and Direct Current, Potential Difference, EMF, Ohm's Law, Resistance, Resistivity, Electrical Measuring Instruments, Experiment for Demonstration of Resistance
Physics
Circuit Elements and Diagram, Resistors, Types of Resistors, Combination of Resistors, Combination of EMF Sources, Electricity and its Uses Electrical Energy, Electric Power, Household Circuits and Electric Safety
Physics
Semiconductors, N and P Type Semiconductors, PN Junction, Characteristics of Diode Under Biasing, Light Emitting Diode (LED), Transistor, Relays and Switching Circuits, Transistor as a Switch, Digital, Electronics, Fundamental Logic Gates, Universal Logic Gates, Uses of Logic Gates, Analogue and Digital Electronics, Quantum Computers
Physics
Magnetic Field Due to Current Carrying Wire,Magnetic Field Due to Current, Carrying Solenoid, Earth's Magnetic Field, Application of Magnetic Effect of Current, Force on a Current Carrying, Conductor Placed in a Magnetic Field, Current Carrying Coil in a Magnetic Field, Electric Motor, Electromagnetic Induction, Lenz's Law, Electric Generator, Transformer, Deflection of Electron Beam, Cathode Ray, Oscilloscope
Physics
Electromagnetic Spectrum, Applications of Electromagnetic Waves, Risks Associated with Electromagnetic Waves, Scattering of light, nature of light
Physics
discovery of nucleus, nuclear representations, isotopes and radioisotopes, radioactivity, nuclear decay, half life, ionizing nuclear radiations, applications of radiation, background radiation, nuclear fission,nuclear fusion, dark matter, falsiblity
Physics
Specific Heat Capacity, Transfer of Heat, Applications of Heat Transfer, Green House Effect and Global Warming, Flow of Heat in Geothermal Activities
Physics
Wave Motion, Wave Propagation, Characteristic Wave Parameters, Waves and their Types,Types of Waves on the Basis of Medium, types of waves on the basis of Propagation, Wave Characteristics ,Properties of Waves, Tsunamis
Physics
Reflection of Light, Refraction of Light, Total Internal Reflection, Thin Lenses, Application of Lenses, Visible Spectrum, Human Eye and Colour Perception, Gravitational Lensing, Acoustic Lenses
Physics
Electric Current, Alternating and Direct Current, Potential Difference, EMF, Ohm's Law, Resistance, Resistivity, Electrical Measuring Instruments, Experiment for Demonstration of Resistance
Physics
Semiconductors, N and P Type Semiconductors, PN Junction, Characteristics of Diode Under Biasing, Light Emitting Diode (LED), Transistor, Relays and Switching Circuits, Transistor as a Switch, Digital, Electronics, Fundamental Logic Gates, Universal Logic Gates, Uses of Logic Gates, Analogue and Digital Electronics, Quantum Computers
Physics
Electromagnetic Spectrum, Applications of Electromagnetic Waves, Risks Associated with Electromagnetic Waves, Scattering of light, nature of light
Physics
Specific Heat Capacity, Transfer of Heat, Applications of Heat Transfer, Green House Effect and Global Warming, Flow of Heat in Geothermal Activities
Physics
Source of Sound, Nature of Sound Waves, Ultrasound, Infrasound, Characteristics of Sound Waves, Analysing Sound Waves, Speed of Sound, Noise, Reflection, Refraction and Diffraction of Sound Waves, Echo, Acoustics, Human Hearing System
Physics
Electric Current, Alternating and Direct Current, Potential Difference, EMF, Ohm's Law, Resistance, Resistivity, Electrical Measuring Instruments, Experiment for Demonstration of Resistance
Physics
Magnetic Field Due to Current Carrying Wire,Magnetic Field Due to Current, Carrying Solenoid, Earth's Magnetic Field, Application of Magnetic Effect of Current, Force on a Current Carrying, Conductor Placed in a Magnetic Field, Current Carrying Coil in a Magnetic Field, Electric Motor, Electromagnetic Induction, Lenz's Law, Electric Generator, Transformer, Deflection of Electron Beam, Cathode Ray, Oscilloscope
Physics
Specific Heat Capacity, Transfer of Heat, Applications of Heat Transfer, Green House Effect and Global Warming, Flow of Heat in Geothermal Activities
Physics
Electric Current, Alternating and Direct Current, Potential Difference, EMF, Ohm's Law, Resistance, Resistivity, Electrical Measuring Instruments, Experiment for Demonstration of Resistance
Physics
Specific Heat Capacity, Transfer of Heat, Applications of Heat Transfer, Green House Effect and Global Warming, Flow of Heat in Geothermal Activities
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