Book of Knowledge (BoK) – General Science and Ability

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Master Outline

Division I: Scientific Foundations and Physical Sciences

Part 1: Foundations, History and Philosophy of Science

1.1 Nature, Meaning and Scope of Science

1.2 Major Branches and Disciplines of Science

1.3 Scientific Method, Observation and Experimentation

1.4 Hypotheses, Scientific Theories, Laws and Models

1.5 Scientific Reasoning, Evidence and Critical Thinking

1.6 History and Evolution of Scientific Knowledge

1.7 Contributions of Ancient Civilizations to Science

1.8 Contributions of Muslim Scientists and Scholars

1.9 Major Scientific Discoveries and Scientific Revolutions

1.10 Science, Technology, Society and Human Development

1.11 Scientific Ethics, Research Integrity and Responsible Innovation

1.12 Scientific Measurement, SI Units and Fundamental Dimensions

1.13 Significant Figures, Measurement Errors, Accuracy and Precision

1.14 Scientific Instruments, Calibration and Metrology

1.15 Fundamental Physical Constants and Their Significance

Part 2: Physics – Mechanics, Motion and Fluid Mechanics

2.1 Matter, Mass, Weight and Physical Properties

2.2 Motion, Distance, Displacement, Speed and Velocity

2.3 Acceleration and Equations of Motion

2.4 Newton’s Laws of Motion

2.5 Force, Momentum and Impulse

2.6 Work, Energy and Power

2.7 Gravitation, Gravity and Gravitational Fields

2.8 Inertia, Friction and Equilibrium

2.9 Circular Motion and Centripetal Force

2.10 Simple Machines, Mechanical Advantage and Efficiency

2.11 Pressure, Density and Specific Gravity

2.12 Fluid Mechanics, Buoyancy and Archimedes’ Principle

2.13 Surface Tension, Viscosity and Fluid Flow

2.14 Elasticity, Stress, Strain and Mechanical Properties

2.15 Oscillations, Simple Harmonic Motion and Resonance

Part 3: Physics – Heat, Thermodynamics and Thermal Science

3.1 Temperature, Heat and Thermal Equilibrium

3.2 Temperature Scales and Thermometry

3.3 Thermal Expansion of Solids, Liquids and Gases

3.4 Specific Heat Capacity and Calorimetry

3.5 Latent Heat and Changes of State

3.6 Conduction, Convection and Thermal Radiation

3.7 Gas Laws and Kinetic Theory of Gases

3.8 Laws of Thermodynamics

3.9 Internal Energy, Entropy and Enthalpy

3.10 Thermal Efficiency and Heat Engines

3.11 Refrigeration, Air Conditioning and Heat Pumps

3.12 Phase Transitions and Modern Thermal Applications

3.13 Earth’s Heat Balance and Greenhouse Mechanisms

Part 4: Physics – Waves, Sound and Optics

4.1 Nature and Classification of Waves

4.2 Wave Motion, Frequency, Wavelength and Amplitude

4.3 Wave Velocity and Superposition

4.4 Sound Waves and Their Characteristics

4.5 Speed of Sound and Its Applications

4.6 Echo, Reverberation and Resonance in Acoustics

4.7 Ultrasound and Its Medical and Industrial Applications

4.8 Noise, Noise Pollution and Sound Measurement

4.9 Nature and Properties of Light

4.10 Reflection, Refraction and Dispersion

4.11 Mirrors, Lenses and Image Formation

4.12 Optical Instruments and Their Applications

4.13 Human Eye, Vision and Optical Defects

4.14 Electromagnetic Spectrum and Radiation

4.15 Lasers and Their Applications

4.16 Fibre Optics and Optical Communication

4.17 Polarization, Interference and Diffraction

Part 5: Physics – Electricity, Magnetism and Electronics

5.1 Electric Charge and Its Properties

5.2 Electric Fields, Potential and Potential Difference

5.3 Electric Current, Voltage and Resistance

5.4 Ohm’s Law and Electrical Conductivity

5.5 Series and Parallel Electrical Circuits

5.6 Electrical Power and Energy Consumption

5.7 Conductors, Insulators and Dielectric Materials

5.8 Magnetism and Magnetic Fields

5.9 Electromagnets and Electromagnetic Forces

5.10 Electromagnetic Induction and Its Applications

5.11 Electric Generators, Motors and Transformers

5.12 Alternating Current and Direct Current

5.13 Semiconductors, Diodes and Transistors

5.14 Electronic Circuits and Digital Electronics

5.15 Batteries, Cells and Electrical Energy Storage

Part 6: Physics – Atomic, Nuclear and Modern Physics

6.1 Development of Atomic Models

6.2 Structure of Atoms and Subatomic Particles

6.3 Atomic Number, Mass Number and Isotopes

6.4 Radioactivity and Types of Nuclear Radiation

6.5 Alpha, Beta and Gamma Radiation

6.6 Radioactive Decay and Half-Life

6.7 Nuclear Fission and Nuclear Fusion

6.8 Nuclear Energy and Nuclear Reactors

6.9 Nuclear Medicine and Radiation Applications

6.10 Quantum Physics and Quantum Mechanics

6.11 Wave-Particle Duality and Photoelectric Effect

6.12 Relativity and Modern Space-Time Concepts

6.13 Elementary Particles and Fundamental Interactions

6.14 Particle Physics and the Standard Model

6.15 Dark Matter, Dark Energy and Contemporary Physics

Division II: Chemistry, Materials and Energy Sciences

Part 7: Chemistry – Fundamentals and Chemical Principles

7.1 Matter and Its Physical and Chemical Properties

7.2 Elements, Compounds and Mixtures

7.3 Atomic Structure and Electronic Configuration

7.4 Periodic Table and Classification of Elements

7.5 Periodic Trends and Chemical Properties

7.6 Chemical Bonding and Molecular Structure

7.7 Chemical Formulae, Equations and Stoichiometry

7.8 Chemical Reactions and Reaction Types

7.9 Acids, Bases and Salts

7.10 pH, Buffers and Acid-Base Reactions

7.11 Oxidation, Reduction and Electrochemistry

7.12 Solutions, Solubility and Concentration

7.13 Chemical Equilibrium and Reaction Kinetics

7.14 Organic and Inorganic Chemistry

7.15 Carbon Compounds and Hydrocarbons

7.16 Water Chemistry and Water Quality

7.17 Biochemistry and Chemical Processes in Living Organisms

Part 8: Materials Science, Industrial Chemistry and Nanotechnology

8.1 Metals, Non-Metals and Metalloids

8.2 Alloys and Their Properties

8.3 Ceramics, Glass and Advanced Ceramic Materials

8.4 Plastics, Polymers and Synthetic Materials

8.5 Natural and Synthetic Fibres

8.6 Composite Materials and Their Applications

8.7 Semiconductors and Electronic Materials

8.8 Smart Materials and Functional Materials

8.9 Nanomaterials and Nanotechnology

8.10 Graphene, Carbon Nanotubes and Advanced Carbon Materials

8.11 Corrosion, Rusting and Prevention

8.12 Fertilizers, Pesticides and Agricultural Chemicals

8.13 Soaps, Detergents and Household Chemicals

8.14 Petrochemicals, Fuels and Industrial Chemical Processes

8.15 Green Chemistry and Sustainable Materials

Part 9: Energy Science and Energy Technologies

9.1 Energy: Concepts, Forms and Transformations

9.2 Laws of Conservation of Energy

9.3 Primary, Secondary, Renewable and Non-Renewable Energy

9.4 Fossil Fuels: Coal, Petroleum and Natural Gas

9.5 Solar Energy and Photovoltaic Technologies

9.6 Solar Thermal Energy Systems

9.7 Wind Energy and Wind Turbine Technology

9.8 Hydropower and Hydroelectric Generation

9.9 Geothermal Energy

9.10 Biomass, Biogas and Biofuels

9.11 Nuclear Energy and Advanced Reactor Technologies

9.12 Hydrogen Energy and Fuel Cells

9.13 Energy Storage: Batteries and Emerging Technologies

9.14 Electricity Generation, Transmission and Distribution

9.15 Smart Grids and Modern Energy Systems

9.16 Energy Efficiency, Conservation and Sustainable Use

9.17 Energy Security and Pakistan’s Energy Resources

Division III: Biological, Medical, Food and Environmental Sciences

Part 10: Cell Biology, Molecular Biology and Genetics

10.1 Introduction to Biology and the Characteristics of Life

10.2 Cell Theory and Organization of Living Cells

10.3 Prokaryotic and Eukaryotic Cells

10.4 Cell Structure and Subcellular Organelles

10.5 Cell Membrane and Transport Mechanisms

10.6 Cell Division: Mitosis and Meiosis

10.7 Biomolecules: Carbohydrates, Proteins and Lipids

10.8 Nucleic Acids: DNA and RNA

10.9 Genes, Chromosomes and Genomes

10.10 Genetic Inheritance and Mendelian Principles

10.11 Mutations and Genetic Variation

10.12 Protein Synthesis and Gene Expression

10.13 Enzymes and Biological Catalysis

10.14 Molecular Genetics and Genomics

10.15 Genetic Engineering and Recombinant DNA Technology

10.16 CRISPR and Genome Editing

10.17 Stem Cells and Regenerative Medicine

Part 11: Plant Biology, Animal Biology, Microbiology and Evolution

11.1 Biological Classification and Taxonomy

11.2 Major Groups of Living Organisms

11.3 Plant Structure: Roots, Stems, Leaves and Flowers

11.4 Photosynthesis and Its Mechanisms

11.5 Plant Respiration and Transpiration

11.6 Plant Nutrition and Mineral Requirements

11.7 Plant Reproduction, Pollination and Seed Formation

11.8 Animal Classification and Major Animal Groups

11.9 Invertebrates and Vertebrates

11.10 Microorganisms: Bacteria, Archaea, Fungi and Protozoa

11.11 Viruses, Viroids and Other Biological Agents

11.12 Microbial Growth and Reproduction

11.13 Evolution, Natural Selection and Adaptation

11.14 Biodiversity and Biological Conservation

11.15 Ecological Relationships and Biological Interdependence

11.16 Applied Microbiology and Industrial Biotechnology

Part 12: Human Anatomy and Physiology

12.1 Organization of the Human Body: Cells, Tissues, Organs and Systems

12.2 Skeletal System and Human Skeleton

12.3 Muscular System and Human Movement

12.4 Digestive System and Digestion

12.5 Respiratory System and Breathing

12.6 Circulatory System, Heart and Blood Vessels

12.7 Blood Composition, Blood Groups and Functions

12.8 Lymphatic System and Immune Defence

12.9 Nervous System, Brain and Spinal Cord

12.10 Endocrine System and Hormonal Regulation

12.11 Excretory System and Kidney Functions

12.12 Reproductive System and Human Reproduction

12.13 Sensory Organs and Human Perception

12.14 Skin, Temperature Regulation and Body Protection

12.15 Homeostasis and Regulation of Body Functions

12.16 Human Growth, Ageing and Development

Part 13: Health Sciences, Diseases and Medical Technology

13.1 Concepts of Health, Disease and Well-Being

13.2 Determinants of Health and Disease Prevention

13.3 Infectious and Non-Infectious Diseases

13.4 Bacterial, Viral, Fungal and Parasitic Diseases

13.5 Major Communicable Diseases and Their Prevention

13.6 Cardiovascular Diseases

13.7 Diabetes, Obesity and Metabolic Disorders

13.8 Cancer, Tumours and Modern Cancer Treatments

13.9 Genetic, Hereditary and Congenital Disorders

13.10 Immunology, Immunity and Autoimmune Diseases

13.11 Vaccines, Immunization and Modern Vaccine Technologies

13.12 Antibiotics and Antimicrobial Resistance

13.13 Epidemics, Pandemics and Epidemiology

13.14 Public Health, Sanitation and Disease Surveillance

13.15 Blood Transfusion and Organ Transplantation

13.16 Medical Imaging and Diagnostic Technologies

13.17 Biotechnology, Precision Medicine and Personalized Healthcare

13.18 First Aid, Emergency Care and Basic Life Support

Part 14: Food Science, Nutrition and Food Technology

14.1 Introduction to Food Science and Food Composition

14.2 Carbohydrates, Proteins and Fats in Human Nutrition

14.3 Vitamins: Classification, Sources and Functions

14.4 Minerals and Their Biological Functions

14.5 Water, Electrolytes and Human Nutrition

14.6 Balanced Diet and Nutritional Requirements

14.7 Malnutrition and Nutritional Deficiencies

14.8 Food Digestion, Absorption and Metabolism

14.9 Food Preservation and Processing Technologies

14.10 Food Spoilage and Foodborne Diseases

14.11 Food Adulteration and Contamination

14.12 Food Safety, Hygiene and Quality Assurance

14.13 Food Additives, Preservatives and Antioxidants

14.14 Food Fortification and Nutritional Enhancement

14.15 Genetically Modified Foods and Food Biotechnology

14.16 Sustainable Food Systems and Food Security

Part 15: Environmental Science, Ecology and Climate Change

15.1 Environment, Ecology and Ecosystem Concepts

15.2 Structure and Functions of Ecosystems

15.3 Food Chains, Food Webs and Ecological Pyramids

15.4 Biogeochemical Cycles: Carbon, Nitrogen, Oxygen and Water

15.5 Biodiversity Loss and Species Extinction

15.6 Natural Resources and Sustainable Resource Management

15.7 Deforestation, Desertification and Land Degradation

15.8 Air Pollution: Sources, Types and Effects

15.9 Water Pollution and Water Contamination

15.10 Soil Pollution and Land Contamination

15.11 Solid Waste Management and Recycling

15.12 Atmospheric Chemistry and Ozone Layer Depletion

15.13 Greenhouse Effect and Global Warming

15.14 Climate Change: Scientific Evidence and Impacts

15.15 Climate Change Adaptation and Mitigation

15.16 Ocean Acidification and Marine Environmental Change

15.17 Environmental Monitoring and Impact Assessment

15.18 GIS, Remote Sensing and Environmental Applications

15.19 Environmental Health and Sustainable Development

15.20 International Environmental Conventions and Frameworks

15.21 Population Dynamics and Human-Ecosystem Relationships

15.22 Pakistan’s Environmental Challenges and Conservation

Division IV: Earth, Space, Technology and Everyday Science

Part 16: Earth System Science, Geology and Oceanography

16.1 Origin and Formation of Earth

16.2 Earth’s Internal Structure and Geological Layers

16.3 Minerals and Their Physical and Chemical Properties

16.4 Rocks and Their Classification

16.5 Plate Tectonics and Continental Drift

16.6 Earth’s Crust, Mantle and Core

16.7 Earthquakes, Seismic Waves and Measurement

16.8 Volcanoes and Volcanic Processes

16.9 Weathering, Erosion and Soil Formation

16.10 Fossils, Geological Time and Earth’s Evolution

16.11 Earth’s Water Systems and Hydrological Cycle

16.12 Surface Water, Rivers and Glaciers

16.13 Groundwater, Aquifers and Water Resources

16.14 Ocean Structure, Ocean Currents and Marine Systems

16.15 Tides, Waves and Coastal Processes

16.16 Ocean Resources and Marine Environmental Science

16.17 Pakistan’s Geological Structure and Mineral Resources

Part 17: Meteorology, Atmospheric Science and Natural Disasters

17.1 Earth’s Atmosphere: Structure and Composition

17.2 Solar Radiation and Earth’s Atmospheric Energy Balance

17.3 Atmospheric Pressure, Temperature and Humidity

17.4 Clouds, Precipitation and Rainfall

17.5 Winds, Air Masses and Atmospheric Circulation

17.6 Weather Systems, Fronts and Storms

17.7 Monsoons and Global Weather Patterns

17.8 Climate Systems, Climate Variability and Climate Classification

17.9 Cyclones, Hurricanes and Typhoons

17.10 Tornadoes, Thunderstorms and Lightning

17.11 Floods, Flash Floods and Riverine Flooding

17.12 Droughts, Heatwaves and Cold Waves

17.13 Tsunamis and Coastal Hazards

17.14 Avalanches, Landslides and Mudflows

17.15 Wildfires and Forest Fires

17.16 Meteorological Instruments and Weather Forecasting

17.17 Climate Modelling, Satellites and Early Warning Systems

17.18 Natural Hazard Assessment and Disaster Risk Management

17.19 Disaster Preparedness, Mitigation and Resilience

17.20 Pakistan’s Weather Hazards and Disaster Vulnerability

Part 18: Astronomy, Astrophysics and Space Exploration

18.1 Origin, Structure and Evolution of the Universe

18.2 Galaxies and Their Classification

18.3 Stars: Formation, Structure and Life Cycles

18.4 Black Holes, Neutron Stars and Supernovae

18.5 Dark Matter and Dark Energy

18.6 The Solar System and Its Formation

18.7 The Sun: Structure, Energy and Solar Activity

18.8 Planets and Dwarf Planets

18.9 Natural Satellites and Planetary Moons

18.10 Earth-Moon System and Lunar Phenomena

18.11 Solar and Lunar Eclipses

18.12 Comets, Asteroids, Meteoroids and Meteorites

18.13 Astronomical Units, Light Years and Celestial Distances

18.14 Gravity, Orbits and Celestial Mechanics

18.15 Telescopes and Astronomical Observation

18.16 Space Exploration and Human Spaceflight

18.17 Artificial Satellites and Their Applications

18.18 Space Stations, Space Probes and Robotic Missions

18.19 Exoplanets, Astrobiology and the Search for Life

18.20 Space Weather and Solar Storms

18.21 Contemporary Astronomical Discoveries and Missions

Part 19: Information Technology, Computing and Artificial Intelligence

19.1 Evolution and Fundamentals of Computing

19.2 Computer Hardware and Software

19.3 Computer Architecture and Data Representation

19.4 Input, Output and Storage Technologies

19.5 Operating Systems and Computer Applications

19.6 Computer Networks and Internet Technologies

19.7 Databases and Data Management

19.8 Programming Languages and Software Concepts

19.9 Cloud Computing and Distributed Systems

19.10 Cybersecurity and Information Security

19.11 Data Science, Big Data and Data Analytics

19.12 Artificial Intelligence: Concepts and Foundations

19.13 Machine Learning and Deep Learning

19.14 Generative AI and Large Language Models

19.15 Natural Language Processing and Computer Vision

19.16 Internet of Things and Smart Technologies

19.17 Blockchain and Distributed Ledger Technologies

19.18 Robotics and Intelligent Automation

19.19 Quantum Computing

19.20 Digital Literacy, Privacy and Responsible Technology

Part 20: Telecommunications, Scientific Instruments and Everyday Science

20.1 Fundamentals of Telecommunication Systems

20.2 Radio Waves and Wireless Communication

20.3 Mobile Communication: 2G, 3G, 4G, 5G and Emerging Standards

20.4 Satellite Communication and Navigation Systems

20.5 GPS and Global Navigation Satellite Systems

20.6 Fibre Optics and Optical Communication

20.7 Radio, Television and Broadcasting Technologies

20.8 Radar, Sonar and Remote Sensing Instruments

20.9 Wi-Fi, Bluetooth and Short-Range Wireless Technologies

20.10 Scientific Instruments: Microscopes, Telescopes and Spectrometers

20.11 Cameras, Imaging Systems and Digital Photography

20.12 Medical and Diagnostic Instruments

20.13 Household Appliances and Their Scientific Principles

20.14 Refrigeration, Air Conditioning and Domestic Cooling

20.15 Batteries, Charging Systems and Household Electricity

20.16 Scientific Principles in Transportation and Vehicles

20.17 Lasers, Sensors and Everyday Electronic Devices

20.18 Applications of Science in Agriculture and Industry

20.19 Practical Applications of Science in Daily Life

20.20 Contemporary Technological Inventions and Innovations

Division V: General Ability

Part 21: Quantitative, Mathematical and Statistical Ability

21.1 Number Systems and Fundamental Arithmetic

21.2 Fractions, Decimals and Percentages

21.3 Ratios, Proportions and Variations

21.4 Averages and Weighted Averages

21.5 Profit, Loss, Discount and Markup

21.6 Simple and Compound Interest

21.7 Time, Speed and Distance

21.8 Work, Time and Efficiency

21.9 Age-Related Mathematical Problems

21.10 Mixtures, Alligation and Partnership

21.11 Algebraic Expressions and Equations

21.12 Linear and Quadratic Equations

21.13 Exponents, Powers, Roots and Logarithms

21.14 Sequences, Series and Number Patterns

21.15 Sets, Relations and Functions

21.16 Geometry: Lines, Angles and Polygons

21.17 Triangles, Quadrilaterals and Circles

21.18 Mensuration: Perimeter, Area and Volume

21.19 Coordinate Geometry and Basic Trigonometry

21.20 Data Interpretation: Tables, Charts and Graphs

21.21 Descriptive Statistics: Mean, Median and Mode

21.22 Variance, Standard Deviation and Dispersion

21.23 Probability and Basic Statistical Inference

21.24 Population, Samples and Sampling Techniques

21.25 Random Sampling and Sampling Errors

21.26 Quantitative Problem-Solving and Applied Mathematics

Part 22: Logical, Analytical and Mental Ability

22.1 Fundamentals of Logical Reasoning

22.2 Deductive and Inductive Reasoning

22.3 Analogies and Classification

22.4 Series Completion and Pattern Recognition

22.5 Coding and Decoding

22.6 Direction Sense and Spatial Reasoning

22.7 Blood Relations and Family Relationships

22.8 Ranking, Ordering and Arrangement Problems

22.9 Syllogisms and Logical Conclusions

22.10 Statements, Assumptions and Inferences

22.11 Cause and Effect Relationships

22.12 Critical Thinking and Argument Evaluation

22.13 Analytical Reasoning and Problem Solving

22.14 Logical Puzzles and Complex Arrangements

22.15 Venn Diagrams and Set-Based Reasoning

22.16 Data Sufficiency and Decision Making

22.17 Non-Verbal and Visual Reasoning

22.18 Spatial Visualization and Mental Rotation

22.19 Verbal and Numerical Reasoning

22.20 Mechanical Reasoning and Practical Intelligence

22.21 Social Judgment and Situational Reasoning

22.22 Cognitive Ability and Mental Aptitude

22.23 Integrated Reasoning and Examination Problem-Solving