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Course Content
Chapter 1: Cell (14)
Introduction to Chapter 1: Cell (14) concepts.
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Lesson 1.1.1: Exploring the Detailed Structure and Function of Plant and Animal Cells
Lesson 1.1.2: Investigating the Detailed Role of Cell Organelles in Cellular Function
Lesson 1.1.3: Understanding the Detailed Differences Between Plant and Animal Cells
Lesson 1.1.4: Analyzing the Detailed Process of Diffusion in Cell Membranes
Lesson 1.1.5: Exploring the Detailed Role of the Nucleus in Cell Division
Lesson 1.1.6: Investigating the Detailed Function of Chloroplasts in Photosynthesis
Lesson 1.1.7: Describing the Detailed Structure of Cell Walls in Plant Cells
Lesson 1.1.8: Understanding the Detailed Process of Osmosis in Plant and Animal Cells
Lesson 1.1.9: Designing Detailed Experiments to Observe Cell Structures Under a Microscope
Lesson 1.1.10: Analyzing the Detailed Impact of Environmental Conditions on Cell Function
Lesson 1.1.11: Exploring the Detailed Role of Vacuoles in Cell Storage and Support
Lesson 1.1.12: Investigating the Detailed Process of Cell Specialization in Organisms
Lesson 1.1.13: Understanding the Detailed Importance of Cell Size in Efficiency
Lesson 1.1.14: Evaluating the Detailed Role of Cells in Maintaining Organism Health
Chapter 2: Materials and their Structure (14)
Introduction to Chapter 2: Materials and their Structure (14) concepts.
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Lesson 2.1.1: Defining the Detailed Structure of Solids, Liquids, and Gases
Lesson 2.1.2: Investigating the Detailed Arrangement of Particles in Different States of Matter
Lesson 2.1.3: Exploring the Detailed Process of Changing States of Matter
Lesson 2.1.4: Analyzing the Detailed Effects of Temperature on Particle Movement
Lesson 2.1.5: Understanding the Detailed Concept of Density in Material Structure
Lesson 2.1.6: Investigating the Detailed Properties of Common Materials
Lesson 2.1.7: Exploring the Detailed Role of Particle Size in Material Behavior
Lesson 2.1.8: Analyzing the Detailed Process of Melting and Freezing
Lesson 2.1.9: Designing Detailed Experiments to Test Material Properties
Lesson 2.1.10: Understanding the Detailed Impact of Pressure on Material Structure
Lesson 2.1.11: Investigating the Detailed Effects of Heating on Material Expansion
Lesson 2.1.12: Exploring the Detailed Concept of Compressibility in Gases
Lesson 2.1.13: Analyzing the Detailed Role of Intermolecular Forces in Material States
Lesson 2.1.14: Evaluating the Detailed Practical Applications of Material Structures
Chapter 3: Forces and Energy (14)
Introduction to Chapter 3: Forces and Energy (14) 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 Objects
Lesson 3.1.3: Exploring the Detailed Role of Gravity in Everyday Motion
Lesson 3.1.4: Analyzing the Detailed Impact of Friction on Moving Objects
Lesson 3.1.5: Understanding the Detailed Concept of Energy Transfer Between Objects
Lesson 3.1.6: Investigating the Detailed Process of Potential and Kinetic Energy
Lesson 3.1.7: Exploring the Detailed Effects of Force on Object Acceleration
Lesson 3.1.8: Analyzing the Detailed Principles of Work Done by Forces
Lesson 3.1.9: Designing Detailed Experiments to Measure Force Effects
Lesson 3.1.10: Understanding the Detailed Role of Energy Conservation in Systems
Lesson 3.1.11: Investigating the Detailed Impact of Inclined Planes on Force Application
Lesson 3.1.12: Exploring the Detailed Concept of Pressure in Fluids
Lesson 3.1.13: Analyzing the Detailed Effects of Air Resistance on Falling Objects
Lesson 3.1.14: Evaluating the Detailed Applications of Forces and Energy in Daily Life
Chapter 4: Properties of Materials (14)
Introduction to Chapter 4: Properties of Materials (14) concepts.
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Lesson 4.1.1: Describing the Detailed Physical Properties of Common Materials
Lesson 4.1.2: Investigating the Detailed Process of Thermal Conductivity in Materials
Lesson 4.1.3: Exploring the Detailed Effects of Heat on Material Expansion
Lesson 4.1.4: Analyzing the Detailed Concept of Density and Its Measurement
Lesson 4.1.5: Understanding the Detailed Behavior of Materials Under Pressure
Lesson 4.1.6: Investigating the Detailed Process of Solubility in Different Solutions
Lesson 4.1.7: Exploring the Detailed Role of Particle Arrangement in Material Properties
Lesson 4.1.8: Analyzing the Detailed Effects of Temperature on Material States
Lesson 4.1.9: Designing Detailed Experiments to Test Material Properties
Lesson 4.1.10: Understanding the Detailed Impact of Electrical Conductivity in Materials
Lesson 4.1.11: Investigating the Detailed Process of Material Degradation
Lesson 4.1.12: Exploring the Detailed Applications of Material Properties in Construction
Lesson 4.1.13: Analyzing the Detailed Effects of Moisture on Material Durability
Lesson 4.1.14: Evaluating the Detailed Safety Considerations in Handling Materials
Chapter 5: Grouping and Identifying Organisms (14)
Introduction to Chapter 5: Grouping and Identifying Organisms (14) concepts.
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Lesson 5.1.1: Defining the Detailed Criteria for Grouping Living Organisms
Lesson 5.1.2: Investigating the Detailed Characteristics of Vertebrates and Invertebrates
Lesson 5.1.3: Exploring the Detailed Process of Classifying Organisms Using Keys
Lesson 5.1.4: Analyzing the Detailed Features of Plants for Identification
Lesson 5.1.5: Understanding the Detailed Role of Taxonomy in Organism Classification
Lesson 5.1.6: Investigating the Detailed Diversity of Microorganisms
Lesson 5.1.7: Exploring the Detailed Adaptations of Organisms to Their Environments
Lesson 5.1.8: Analyzing the Detailed Process of Species Identification
Lesson 5.1.9: Designing Detailed Experiments to Classify Local Organisms
Lesson 5.1.10: Understanding the Detailed Evolutionary Relationships Among Organisms
Lesson 5.1.11: Investigating the Detailed Role of Habitats in Organism Distribution
Lesson 5.1.12: Exploring the Detailed Impact of Human Activity on Organism Classification
Lesson 5.1.13: Analyzing the Detailed Use of Dichotomous Keys in Identification
Lesson 5.1.14: Evaluating the Detailed Importance of Biodiversity in Ecosystem Health
Chapter 6: Earth Physics (14)
Introduction to Chapter 6: Earth Physics (14) concepts.
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Lesson 6.1.1: Defining the Detailed Structure of the Earth’s Layers
Lesson 6.1.2: Investigating the Detailed Process of Plate Tectonics
Lesson 6.1.3: Exploring the Detailed Causes and Effects of Earthquakes
Lesson 6.1.4: Analyzing the Detailed Formation of Volcanoes and Their Impact
Lesson 6.1.5: Understanding the Detailed Role of the Earth’s Magnetic Field
Lesson 6.1.6: Investigating the Detailed Process of the Rock Cycle
Lesson 6.1.7: Exploring the Detailed Effects of Weathering on Earth’s Surface
Lesson 6.1.8: Analyzing the Detailed Impact of Erosion on Landscape Formation
Lesson 6.1.9: Designing Detailed Experiments to Study Earth Materials
Lesson 6.1.10: Understanding the Detailed Role of Gravity in Earth Processes
Lesson 6.1.11: Investigating the Detailed Movement of Tectonic Plates
Lesson 6.1.12: Exploring the Detailed Formation of Mountains and Valleys
Lesson 6.1.13: Analyzing the Detailed Effects of Human Activity on Earth’s Structure
Lesson 6.1.14: Evaluating the Detailed Importance of Earth Physics in Disaster Preparedness
Chapter 7: Microorganisms in the Environment (14)
Introduction to Chapter 7: Microorganisms in the Environment (14) concepts.
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Lesson 7.1.1: Defining the Detailed Characteristics of Microorganisms
Lesson 7.1.2: Investigating the Detailed Role of Bacteria in the Environment
Lesson 7.1.3: Exploring the Detailed Functions of Fungi in Ecosystem Processes
Lesson 7.1.4: Analyzing the Detailed Impact of Viruses on Living Organisms
Lesson 7.1.5: Understanding the Detailed Process of Microbial Decomposition
Lesson 7.1.6: Investigating the Detailed Role of Microorganisms in Food Production
Lesson 7.1.7: Exploring the Detailed Effects of Microorganisms on Human Health
Lesson 7.1.8: Analyzing the Detailed Process of Microbial Growth and Reproduction
Lesson 7.1.9: Designing Detailed Experiments to Study Microorganism Effects
Lesson 7.1.10: Understanding the Detailed Role of Antibiotics in Controlling Microorganisms
Lesson 7.1.11: Investigating the Detailed Impact of Environmental Conditions on Microbial Growth
Lesson 7.1.12: Exploring the Detailed Use of Microorganisms in Biotechnology
Lesson 7.1.13: Analyzing the Detailed Effects of Pollution on Microorganism Populations
Lesson 7.1.14: Evaluating the Detailed Importance of Microorganisms in Ecosystem Balance
Chapter 8: Changes to Materials (14)
Introduction to Chapter 8: Changes to Materials (14) concepts.
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Lesson 8.1.1: Defining the Detailed Process of Physical Changes in Materials
Lesson 8.1.2: Investigating the Detailed Process of Chemical Changes in Materials
Lesson 8.1.3: Exploring the Detailed Effects of Heating on Material Transformations
Lesson 8.1.4: Analyzing the Detailed Role of Cooling in Material State Changes
Lesson 8.1.5: Understanding the Detailed Concept of Reversible and Irreversible Changes
Lesson 8.1.6: Investigating the Detailed Process of Combustion as a Material Change
Lesson 8.1.7: Exploring the Detailed Effects of Mixing Materials on Chemical Reactions
Lesson 8.1.8: Analyzing the Detailed Impact of Catalysts on Material Changes
Lesson 8.1.9: Designing Detailed Experiments to Observe Material Transformations
Lesson 8.1.10: Understanding the Detailed Role of pH in Material Change Reactions
Lesson 8.1.11: Investigating the Detailed Effects of Concentration on Reaction Rates
Lesson 8.1.12: Exploring the Detailed Process of Rusting as a Material Change
Lesson 8.1.13: Analyzing the Detailed Safety Precautions in Material Change Experiments
Lesson 8.1.14: Evaluating the Detailed Applications of Material Changes in Industry
Chapter 9: Electricity (14)
Introduction to Chapter 9: Electricity (14) concepts.
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Lesson 9.1.1: Understanding the Detailed Basics of Electric Circuits and Components
Lesson 9.1.2: Investigating the Detailed Flow of Current in Series Circuits
Lesson 9.1.3: Exploring the Detailed Concept of Voltage and Its Measurement
Lesson 9.1.4: Analyzing the Detailed Effects of Resistance on Electric Current
Lesson 9.1.5: Understanding the Detailed Principles of Parallel Circuits
Lesson 9.1.6: Investigating the Detailed Role of Conductors and Insulators
Lesson 9.1.7: Exploring the Detailed Process of Generating Electricity
Lesson 9.1.8: Analyzing the Detailed Safety Measures for Handling Electrical Devices
Lesson 9.1.9: Designing Detailed Experiments to Test Circuit Functionality
Lesson 9.1.10: Understanding the Detailed Impact of Short Circuits on Electrical Systems
Lesson 9.1.11: Investigating the Detailed Effects of Battery Strength on Current Flow
Lesson 9.1.12: Exploring the Detailed Applications of Electricity in Daily Life
Lesson 9.1.13: Analyzing the Detailed Role of Switches in Controlling Circuits
Lesson 9.1.14: Evaluating the Detailed Importance of Electrical Safety in Homes
Grade 6 Cambridge Science – Explore, Discover, Understand

Detailed explanation of Lesson 1.1.13: Understanding the Detailed Importance of Cell Size in Efficiency.

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