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Course Content
Chapter 1: Respiration (15)
Introduction to Chapter 1: Respiration (15) concepts.
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Lesson 1.1.1: Exploring the Detailed Structure of the Human Respiratory System and Its Gas Exchange Function
Lesson 1.1.2: Investigating the Detailed Process of Gas Diffusion in the Respiratory System
Lesson 1.1.3: Mastering the Detailed Summary Word Equation for Aerobic Respiration
Lesson 1.1.4: Understanding the Detailed Role of Mitochondria in Aerobic Respiration
Lesson 1.1.5: Analyzing the Controlled Energy Release Process During Aerobic Respiration
Lesson 1.1.6: Describing the Detailed Mechanism of Breathing and Its Relation to Respiration
Lesson 1.1.7: Investigating the Impact of Physical Activity on the Rate of Respiration
Lesson 1.1.8: Exploring the Detailed Effects of Oxygen and Carbon Dioxide Levels on Respiration
Lesson 1.1.9: Designing Experiments to Demonstrate the Detailed Process of Gas Exchange in the Lungs
Lesson 1.1.10: Analyzing the Detailed Role of the Diaphragm in Breathing Mechanics
Lesson 1.1.11: Understanding the Detailed Path of Air Through the Respiratory Tract
Lesson 1.1.12: Investigating the Detailed Effects of Respiratory Disorders on Gas Exchange
Lesson 1.1.13: Exploring the Detailed Process of Anaerobic Respiration in Humans
Lesson 1.1.14: Analyzing the Detailed Energy Differences Between Aerobic and Anaerobic Respiration
Lesson 1.1.15: Evaluating the Detailed Importance of Respiration for Cellular Function
Chapter 2: Properties of Materials (14)
Introduction to Chapter 2: Properties of Materials (14) concepts.
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Lesson 2.1.1: Describing the Detailed Properties of Solids, Liquids, and Gases
Lesson 2.1.2: Investigating the Detailed Process of Solubility in Different Substances
Lesson 2.1.3: Exploring the Detailed Technique of Paper Chromatography for Material Separation
Lesson 2.1.4: Analyzing the Detailed Effects of Temperature on Material Solubility
Lesson 2.1.5: Understanding the Detailed Concept of Density and Its Measurement
Lesson 2.1.6: Investigating the Detailed Behavior of Materials Under Pressure
Lesson 2.1.7: Exploring the Detailed Process of Evaporation and Condensation
Lesson 2.1.8: Analyzing the Detailed Role of Particle Arrangement in Material Properties
Lesson 2.1.9: Designing Detailed Experiments to Test Solubility of Various Substances
Lesson 2.1.10: Understanding the Detailed Impact of Solvents on Material Dissolution
Lesson 2.1.11: Investigating the Detailed Separation Techniques Beyond Chromatography
Lesson 2.1.12: Exploring the Detailed Effects of Concentration on Solution Properties
Lesson 2.1.13: Analyzing the Detailed Practical Applications of Material Properties
Lesson 2.1.14: Evaluating the Detailed Safety Considerations in Material Experiments
Chapter 3: Forces and Energy (16)
Introduction to Chapter 3: Forces and Energy (16) concepts.
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Lesson 3.1.1: Defining the Detailed Concepts of Force and Energy in Physical Systems
Lesson 3.1.2: Investigating the Detailed Effects of Balanced and Unbalanced Forces on Motion
Lesson 3.1.3: Calculating the Detailed Relationship Between Force, Mass, and Acceleration
Lesson 3.1.4: Exploring the Detailed Effects of Friction on Moving Objects
Lesson 3.1.5: Understanding the Detailed Concept of Pressure and Its Measurement
Lesson 3.1.6: Investigating the Detailed Motion of Particles in Different States of Matter
Lesson 3.1.7: Exploring the Detailed Principles of Energy Transfer and Transformation
Lesson 3.1.8: Analyzing the Detailed Role of Gravity in Energy Systems
Lesson 3.1.9: Designing Detailed Experiments to Measure Force and Pressure
Lesson 3.1.10: Understanding the Detailed Impact of Energy Conservation on the Environment
Lesson 3.1.11: Investigating the Detailed Effects of Inclined Planes on Force Application
Lesson 3.1.12: Exploring the Detailed Concept of Work Done by Forces
Lesson 3.1.13: Analyzing the Detailed Relationship Between Distance, Time, and Speed
Lesson 3.1.14: Understanding the Detailed Principles of Newton’s Laws of Motion
Lesson 3.1.15: Investigating the Detailed Effects of Air Resistance on Falling Objects
Lesson 3.1.16: Evaluating the Detailed Applications of Forces and Energy in Technology
Chapter 4: Ecosystems (14)
Introduction to Chapter 4: Ecosystems (14) concepts.
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Lesson 4.1.1: Defining the Detailed Structure and Components of Ecosystems
Lesson 4.1.2: Investigating the Detailed Interactions Between Living Organisms in Ecosystems
Lesson 4.1.3: Exploring the Detailed Role of Producers, Consumers, and Decomposers
Lesson 4.1.4: Analyzing the Detailed Process of Food Chains and Food Webs
Lesson 4.1.5: Understanding the Detailed Concept of Energy Flow in Ecosystems
Lesson 4.1.6: Investigating the Detailed Impact of Human Activities on Ecosystems
Lesson 4.1.7: Exploring the Detailed Process of Nutrient Cycling in Ecosystems
Lesson 4.1.8: Analyzing the Detailed Effects of Pollution on Ecosystem Balance
Lesson 4.1.9: Designing Detailed Experiments to Study Ecosystem Interactions
Lesson 4.1.10: Understanding the Detailed Role of Biodiversity in Ecosystem Stability
Lesson 4.1.11: Investigating the Detailed Effects of Climate on Ecosystem Distribution
Lesson 4.1.12: Exploring the Detailed Process of Succession in Ecosystem Development
Lesson 4.1.13: Analyzing the Detailed Impact of Invasive Species on Ecosystems
Lesson 4.1.14: Evaluating the Detailed Strategies for Ecosystem Conservation and Restoration
Chapter 5: Materials and Cycles on Earth (15)
Introduction to Chapter 5: Materials and Cycles on Earth (15) concepts.
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Lesson 5.1.1: Defining the Detailed Structure of Atoms and Their Role in Materials
Lesson 5.1.2: Investigating the Detailed Process of the Water Cycle on Earth
Lesson 5.1.3: Exploring the Detailed Carbon Cycle and Its Environmental Impact
Lesson 5.1.4: Analyzing the Detailed Effects of Climate Change on Earth’s Cycles
Lesson 5.1.5: Understanding the Detailed Role of Rocks in Earth’s Material Composition
Lesson 5.1.6: Investigating the Detailed Process of the Rock Cycle
Lesson 5.1.7: Exploring the Detailed Formation of Igneous, Sedimentary, and Metamorphic Rocks
Lesson 5.1.8: Analyzing the Detailed Impact of Weathering on Earth Materials
Lesson 5.1.9: Designing Detailed Experiments to Study Earth Material Properties
Lesson 5.1.10: Understanding the Detailed Role of Nitrogen Cycle in Ecosystem Support
Lesson 5.1.11: Investigating the Detailed Effects of Human Activity on Earth Cycles
Lesson 5.1.12: Exploring the Detailed Process of Soil Formation and Its Composition
Lesson 5.1.13: Analyzing the Detailed Impact of Erosion on Earth’s Landscape
Lesson 5.1.14: Understanding the Detailed Role of Plate Tectonics in Earth Material Cycles
Lesson 5.1.15: Evaluating the Detailed Strategies to Mitigate Climate Change Effects
Chapter 6: Light (14)
Introduction to Chapter 6: Light (14) concepts.
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Lesson 6.1.1: Describing the Detailed Process of Reflection at a Plane Surface and Applying the Law of Reflection
Lesson 6.1.2: Investigating the Detailed Behavior of Light Reflection Using Plane Mirrors
Lesson 6.1.3: Understanding the Detailed Refraction of Light at the Boundary Between Air and Glass
Lesson 6.1.4: Exploring the Detailed Change of Light Speed During Refraction Between Air and Water
Lesson 6.1.5: Knowing and Demonstrating That White Light Comprises Many Colors Through Prism Dispersion
Lesson 6.1.6: Describing the Detailed Addition, Subtraction, Absorption, and Reflection of Light Colors
Lesson 6.1.7: Investigating the Detailed Effects of Different Surfaces on Light Reflection
Lesson 6.1.8: Analyzing the Detailed Role of Prisms in Separating White Light into a Spectrum
Lesson 6.1.9: Designing Detailed Experiments to Demonstrate the Principles of Light Refraction
Lesson 6.1.10: Understanding the Detailed Formation and Characteristics of Galaxies
Lesson 6.1.11: Investigating the Detailed Composition and Properties of Rocks in Space
Lesson 6.1.12: Exploring the Detailed Role of Light in Observing Celestial Bodies
Lesson 6.1.13: Analyzing the Detailed Impact of Light Pollution on Astronomical Observations
Lesson 6.1.14: Evaluating the Detailed Applications of Light Principles in Technology
Chapter 7: Diet and Growth (13)
Introduction to Chapter 7: Diet and Growth (13) concepts.
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Lesson 7.1.2: Investigating the Detailed Role of Nutrients in Supporting Body Growth
Lesson 7.1.3: Exploring the Detailed Process of Nutrient Absorption in the Body
Lesson 7.1.4: Analyzing the Detailed Effects of Malnutrition on Growth and Development
Lesson 7.1.5: Understanding the Detailed Role of Vitamins and Minerals in Health
Lesson 7.1.6: Investigating the Detailed Impact of Exercise on Muscle Growth
Lesson 7.1.7: Exploring the Detailed Process of Bone Development and Maintenance
Lesson 7.1.8: Analyzing the Detailed Effects of Diet on Energy Levels and Performance
Lesson 7.1.9: Designing Detailed Experiments to Test Nutrient Content in Foods
Lesson 7.1.10: Understanding the Detailed Role of Water in Body Growth and Function
Lesson 7.1.11: Investigating the Detailed Effects of Overnutrition on Health
Lesson 7.1.12: Exploring the Detailed Process of Growth Hormones in the Body
Lesson 7.1.13: Evaluating the Detailed Importance of a Healthy Diet for Long-Term Growth
Lesson 7.1.1: Defining the Detailed Components of a Balanced Diet and Their Functions
Chapter 8: Chemical Reactions (15)
Introduction to Chapter 8: Chemical Reactions (15) concepts.
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Lesson 8.1.1: Defining the Detailed Concept of Chemical Reactions and Their Indicators
Lesson 8.1.2: Investigating the Detailed Process of Combustion as a Chemical Reaction
Lesson 8.1.3: Understanding the Detailed Role of Reactants and Products in Reactions
Lesson 8.1.4: Exploring the Detailed Effects of Temperature on Reaction Rates
Lesson 8.1.5: Analyzing the Detailed Role of Catalysts in Accelerating Reactions
Lesson 8.1.6: Investigating the Detailed Process of Neutralization Reactions
Lesson 8.1.7: Understanding the Detailed Concept of Chemical Equations and Balancing
Lesson 8.1.8: Exploring the Detailed Properties of Acids and Bases in Reactions
Lesson 8.1.9: Analyzing the Detailed Effects of Concentration on Reaction Speed
Lesson 8.1.10: Designing Detailed Experiments to Observe Chemical Reaction Outcomes
Lesson 8.1.11: Investigating the Detailed Role of Surface Area in Reaction Rates
Lesson 8.1.12: Understanding the Detailed Process of Oxidation Reactions
Lesson 8.1.13: Exploring the Detailed Impact of pH on Chemical Reaction Efficiency
Lesson 8.1.14: Analyzing the Detailed Safety Precautions in Conducting Chemical Reactions
Lesson 8.1.15: Evaluating the Detailed Applications of Chemical Reactions in Daily Life
Chapter 9: Magnetism (11)
Introduction to Chapter 9: Magnetism (11) concepts.
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Lesson 9.1.1: Understanding the Detailed Basics of Magnetic Fields and Their Properties
Lesson 9.1.2: Investigating the Detailed Behavior of Magnets and Magnetic Materials
Lesson 9.1.3: Exploring the Detailed Concept of Earth as a Magnet and Its Magnetic Field
Lesson 9.1.4: Analyzing the Detailed Principles of Electromagnetism
Lesson 9.1.5: Understanding the Detailed Construction and Function of Electromagnets
Lesson 9.1.6: Investigating the Detailed Effects of Current on Electromagnet Strength
Lesson 9.1.7: Exploring the Detailed Applications of Electromagnets in Technology
Lesson 9.1.8: Designing Detailed Experiments to Test Magnetic Field Strength
Lesson 9.1.9: Analyzing the Detailed Interaction Between Magnets and Electric Currents
Lesson 9.1.10: Understanding the Detailed Role of Magnetism in Navigation
Lesson 9.1.11: Evaluating the Detailed Impact of Magnetic Fields on Modern Devices
Grade 7 Cambridge Science – Inspire Curiosity, Build Confidence with Arif Sir

Detailed explanation of Lesson 8.1.11: Investigating the Detailed Role of Surface Area in Reaction Rates.

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