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Course Content
Chapter 1: States of Matter
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Lesson 1.1.1: Understanding Particle Theory of Matter Unveiling the World of Atoms and Molecules: The Particle Theory Investigating the Building Blocks of Everything: Introduction to Particles
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Lesson 1.1.2: Exploring Changes of State: Boiling, Evaporating, and Condensing Transformations in Matter: Boiling and Evaporating Explained The Fascinating World of State Changes: Condensation Demystified
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Lesson 1.1.3: Scientific Inquiry Skills: Asking Questions, Gathering Evidence, and Providing Explanations Becoming a Scientist: Mastering the Art of Asking Questions Evidence-Based Reasoning: The Core of Scientific Inquiry
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Lesson 1.1.4: State Changes Unveiled: Melting, Freezing, and Sublimation From Solid to Liquid: The Mystery of Melting Solved The Science of Freezing: A Closer Look at State Changes Sublimation: When Solids Transform Directly into Gases
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Lesson 1.1.5: Dive Deeper: Energy’s Role in Changes of State Unlocking Energy’s Secrets: Its Impact on State Changes State Changes and Heat: The Dance of Particles
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Lesson 1.1.6: Solubility Decoded: Using Particle Theory to Explain Dissolving Solubility Unraveled: How Substances Dissolve Mastering the Art of Dissolving: A Journey into Particle Behavior
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Lesson 1.1.7: Planning Investigations: How Scientists Approach Questions Unleashing the Scientist Within: Planning Experiments and Investigations The Scientific Method in Action: From Question to Experiment
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Lesson 1.1.8: Presenting Evidence: Communicating Scientific Findings Sharing Scientific Discoveries: How to Effectively Present Evidence The Art of Scientific Communication: From Data to Conclusions
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Lesson 1.1.9: The Mystery of Condensation: A Closer Look at Gas to Liquid Conversion Unraveling Condensation: How Gases Transform into Liquids Condensation in Everyday Life: From Clouds to Cold Drinks
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Lesson 1.1.10: Sublimation Revealed: When Solids Turn Directly into Gases Sublime Sublimation: Understanding Solid-to-Gas Transformations Real-World Applications of Sublimation
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Lesson 1.1.11: Energy and State Changes: Heat’s Role in Transformations Heat and Matter: The Connection Between Energy and State Changes Heat Transfer in State Changes: A Comprehensive Study
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Lesson 1.1.12: The Science of Dissolving: Solute-Solvent Interactions Dive into Dissolving: Exploring the Interaction Between Solute and Solvent Solubility Rules: Factors Influencing Dissolving
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Lesson 1.1.13: Investigating Solubility: Hands-On Experiments and Observations Hands-On Science: Conducting Experiments to Explore Solubility Observations in Solubility: A Deeper Look into Dissolving
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Lesson 1.1.14: Communicating Scientific Findings: Reporting on Experiments and Observations Sharing Your Scientific Journey: Presenting Data and Conclusions from Experiments Mastering the Art of Scientific Reporting
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Chapter 2: Material Properties
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Lesson 2.1.1: Introduction to Elements and Their Significance The World of Elements: Building Blocks of Matter Explored Significance of Elements in Chemistry and Beyond
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Lesson 2.1.2: Delving Deeper: Exploring Metal Elements Shining Bright: A Comprehensive Study of Metal Elements Metals in Everyday Life: Properties and Applications
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Lesson 2.1.3: Non-Metal Elements: Characteristics and Properties Beyond Metals: Understanding Non-Metal Elements Non-Metals in Nature and Industry: Their Unique Qualities
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Lesson 2.1.4: Analyzing Data: Drawing Conclusions About Elements Data Analysis in Chemistry: Making Sense of Elemental Information Conclusions from Data: Understanding Element Behavior
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Lesson 2.1.5: The Marvels of Metal Alloys: Beyond the Basics Alloy Chemistry: Mixing Metals for Enhanced Properties Practical Applications of Metal Alloys: Strength and Durability
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Lesson 2.1.6: Material Properties: Understanding the Fundamentals Material Science Basics: Properties and Their Significance Materials in Our Surroundings: Everyday Applications
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Lesson 2.1.7: Polymers in Everyday Life: A Closer Look at Non-Metallic Materials Polymers Unveiled: Understanding Non-Metallic Substances The Wonders of Polymers: Applications and Uses
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Chapter 3: Material Changes
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Lesson 3.1.1: Acids and Alkalis: Introduction to Chemical Reactions Chemical Reactions with Acids and Alkalis: A Fundamental Introduction The Chemistry of Acids and Alkalis: Reactions Explored
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Lesson 3.1.2: Measuring Acidity: Exploring the pH Scale and Indicators Understanding pH: Measuring Acidity and Alkalinity Indicators in Chemistry: Detecting pH Changes
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Lesson 3.1.3: Neutralization Reactions: Balancing Acids and Alkalis Neutralization Chemistry: Balancing Acids and Bases Applications of Neutralization Reactions in Daily Life
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Lesson 3.1.4: Investigating Chemical Reactions: Planning and Gathering Evidence Scientific Inquiry in Action: Planning and Conducting Chemical Investigations Gathering Evidence in Chemical Experiments: The Art of Observation
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Chapter 4: The Earth
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Lesson 4.1.1: Earth’s Structure Unveiled: Journey to the Center Earth’s Layers Explored: From Crust to Core Delving into Earth’s Inner Structure: A Geological Adventure
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Lesson 4.1.2: Igneous Rocks: Formation and Characteristics The Birth of Rocks: Understanding Igneous Rock Formation Igneous Rocks’ Characteristics and Their Role in Geology
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Lesson 4.1.3: Sedimentary Rocks: A Closer Look at Earth’s Layers Layers of History: Examining Sedimentary Rocks Sedimentary Rocks and Their Role in Unraveling Earth’s Past
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Lesson 4.1.4: The Making of Sedimentary Rocks: Forces at Work Creating Sedimentary Rocks: A Journey Through Geological Processes The Earth’s Surface: Where Sedimentary Rock Formation Occurs
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Lesson 4.1.5: Metamorphic Rocks: Transformations in Earth’s Crust Transforming Rocks: How Metamorphic Rocks Are Formed Metamorphic Rocks’ Properties and Geological Significance
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Lesson 4.1.6: From Rocks to Rocks: Understanding the Rock Cycle The Continuous Journey: Exploring the Rock Cycle Rock Cycle and Its Impact on Earth’s Surface
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Lesson 4.1.7: Predicting Volcanoes: Using Science to Explain Eruptions Volcanoes Unveiled: Understanding Their Formation and Activity Applying Scientific Principles to Predict Volcanic Eruptions
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Lesson 4.1.8: Soil and Its Composition: Earth’s Essential Skin Soil Science: The Composition and Layers of Earth’s Skin The Vital Role of Soil in Sustaining Life
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Lesson 4.1.9: A Deeper Dive into Soil: Factors and Functions Soil Properties Explored: Texture, pH, and Nutrient Content Soil’s Function in Agriculture and Ecosystems
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Lesson 4.1.10: Exploring Fossils: Clues from the Past Uncovering Earth’s History: The Significance of Fossils Fossils as Time Capsules: What They Tell Us About the Past
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Lesson 4.1.11: Estimating Earth’s Age: Uncovering Geological Time Measuring Geological Time: Methods and Techniques Understanding Earth’s Age and the Scale of Geological Events
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Lesson 4.1.12: Beyond Ancient: Human Fossils and Their Significance Human Evolution Revealed: Discovering Human Fossils The Impact of Human Fossils on Our Understanding of History
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Chapter 5: States of Matter
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Lesson 5.1.1: Revisiting States of Matter: A Fundamental Overview Matter Reexamined: Understanding Solids, Liquids, and Gases Properties and Behavior of Different States of Matter
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Lesson 5.1.2: Diffusion Demystified: Exploring the Phenomenon Diffusion Explored: Movement of Particles in Different Substances Factors Affecting the Rate of Diffusion
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Lesson 5.1.3: Density Dynamics: Unraveling the Concept of Density Density Defined: Measuring How Matter Is Packed Practical Applications of Density in Everyday Life
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Lesson 5.1.4: Understanding Gas Pressure: The Force of Gases Gas Pressure Explained: Effects on Containers and Surroundings Gas Laws and Their Significance in Chemistry
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Lesson 5.1.5: Inquiry: Ideas and Evidence: Investigating Gas Properties Scientific Inquiry into Gas Properties: Formulating Hypotheses and Gathering Data Analyzing Evidence and Drawing Conclusions About Gas Behavior
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Lesson 5.1.6: Inquiry: Performing an Investigation: Exploring Gas Laws Hands-On Exploration of Gas Laws: Designing and Conducting Experiments Applying Scientific Methodology to Understand Gas Behavior
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Chapter 6: Material Properties
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Lesson 6.1.1: Atoms Unveiled: Discovering the Building Blocks of Matter The Atomic World: Introduction to Atoms and Their Significance The Historical Journey of Atomic Theory
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Lesson 6.1.2: Elements and Their Symbols: Decoding the Periodic Table Elements in Focus: Understanding Atomic Symbols Navigating the Periodic Table: Organization and Patterns
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Lesson 6.1.3: Extension: Discovering the Elements: Alchemy to Modern Science Alchemy to Modern Chemistry: The Quest for Element Discovery The Role of Alchemists and Early Chemists in Elemental Exploration
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Lesson 6.1.4: Enquiry: Organizing the Elements: The Periodic Table Arrangement Periodic Table Layout: Investigating Element Grouping and Trends Mendeleev’s Legacy: The Development of the Modern Periodic Table
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Lesson 6.1.5: Enquiry: Interpreting Data from Secondary Sources: Element Information Secondary Sources in Chemistry: Utilizing Data for Element Analysis Analyzing Element Data: Atomic Numbers, Masses, and Properties
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Lesson 6.1.6: Explaining Differences Between Metals and Non-Metals: The Diverse World of Elements Elements at a Glance: Recognizing Metal and Non-Metal Characteristics The Role of Elements in Various Industrial Applications
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Lesson 6.1.7: What Are Compounds? Unraveling the Bonded World of Elements Chemical Bonds and Compounds: Understanding Elemental Connections Molecular Structures and Chemical Formulas: The Language of Compounds
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Lesson 6.1.8: Enquiry: Making a Compound: Synthesizing Chemical Compounds Compound Synthesis: Designing and Conducting Experiments Analyzing Compound Properties and Identifying Bond Types
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Lesson 6.1.9: Naming Compounds and Writing Formulae: The Art of Chemical Language Nomenclature: Naming Chemical Compounds Systematically Writing Chemical Formulae: Representing Compound Composition
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Lesson 6.1.10: Oxides, Hydroxides, Sulfates, and Carbonates: Investigating Compound Classes Compound Classes Explored: Characteristics of Oxides, Hydroxides, Sulfates, and Carbonates Practical Applications of Compound Classes
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Lesson 6.1.11: Enquiry: Chlorides: Investigating Chlorine Compounds Chlorine Compounds: Delving into Chlorides and Their Uses Experimenting with Chlorides: Designing Investigative Procedures
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Lesson 6.1.12: Mixtures Demystified: Understanding Blends of Elements and Compounds Mixtures Defined: Recognizing the Difference from Compounds Homogeneous and Heterogeneous Mixtures: Identifying Types and Examples
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Lesson 6.1.13: Enquiry: Separating Mixtures – Filtering and Decanting: Separation Techniques Separation Techniques Explored: Filtering and Decanting Practical Applications: Separating Mixtures in Real-Life Scenarios
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Lesson 6.1.14: Separating Mixtures – Evaporation and Distillation: Purity and Concentration Evaporation and Distillation: Methods for Separating Mixtures Concentration and Purity: Goals of Separation Techniques
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Lesson 6.1.15: Extension: Separating Mixtures – Fractional Distillation: Advanced Separation Fractional Distillation: Detailed Approach to Separating Mixtures Fractional Distillation Applications in Industry
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Lesson 6.1.16: Separating Mixtures – Chromatography: Analytical Separation Techniques Chromatography Unveiled: Principles and Methods Analytical Applications: Separating Mixtures for Identification
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Lesson 6.1.17: Extension: Separating Metals from Their Ores: Mining and Refining Extracting Metals from Ores: Metallurgical Processes Sustainability and Environmental Impact in Mining
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Lesson 6.1.18: Extension: What Are You Made Of? The Elemental Composition of Living Organisms Elements in Life: Exploring Elemental Composition in Biological Organisms The Role of Trace Elements in Health and Biology
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Chapter 7: Material Changes
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Lesson 7.1.1: Chemical Reactions Unveiled: Exploring Transformations Chemical Reactions Explored: Understanding Chemical Changes The Role of Chemical Reactions in Everyday Life
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Lesson 7.1.2: Writing Word Equations: Expressing Chemical Transformations Writing Word Equations: Translating Reactions into Chemical Language Balancing Chemical Equations: Achieving Equation Consistency
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Lesson 7.1.3: Corrosion Reactions: Investigating Oxidation and Rusting Corrosion Reactions Demystified: Unraveling Oxidation Processes Rusting and Its Impact: Analyzing the Corrosion of Metals
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Lesson 7.1.4: Enquiry: Doing an Investigation: Experimenting with Chemical Reactions Hands-On Chemistry: Designing and Conducting Experiments Collecting Data and Drawing Conclusions About Reaction Outcomes
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Lesson 7.1.5: Extension: Using Reactions to Identify Chemicals: Analytical Chemistry Analytical Chemistry in Action: Identifying Substances Through Reactions Practical Applications: Chemical Analysis in Laboratories
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Chapter 8: Material Properties
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Lesson 8.1.1: Atomic Structure: Exploring the Inner Workings of Atoms The Atomic World Unveiled: Delving into Atomic Structure The Subatomic Universe: Electrons, Protons, and Neutrons
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Lesson 8.1.2: Enquiry: Finding Electrons: The Electron Cloud Model The Electron Cloud Model: Understanding Electron Distribution Electron Arrangement and Energy Levels in Atoms
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Lesson 8.1.3: Discovering the Nucleus: The Heart of an Atom Nucleus Dissected: Investigating Protons and Neutrons Atomic Mass and Isotopes: The Nuances of Nuclei
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Lesson 8.1.4: Protons, Electrons, and the Periodic Table: Elemental Classification Elemental Classification: Assigning Elements Based on Atomic Number The Periodic Table: A Visual Guide to Elemental Relationships
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Lesson 8.1.5: Extension: Proton Number, Nucleon Number, and Isotopes: Unraveling Atomic Complexity Proton Number and Nucleon Number: Atomic Identifiers and Isotopic Variation Isotopes in Industry and Medicine: Practical Applications
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Lesson 8.1.6: The Group 1 Elements: Alkali Metals and Reactivity Alkali Metals Explored: Introduction to Group 1 Elements Reactivity Trends and Anomalies: Understanding Alkali Metal Behavior
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Lesson 8.1.7: The Group 2 Elements: Alkaline Earth Metals and Their Traits Alkaline Earth Metals Defined: Introduction to Group 2 Elements Alkaline Earth Metal Properties and Applications
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Lesson 8.1.8: The Group 7 Elements: Halogens and Their Chemical Activity Halogens Revealed: Introduction to Group 7 Elements Halogen Behavior and Applications: Chlorine as a Case Study
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Lesson 8.1.9: Enquiry: Looking at Secondary Data – Chlorinating Water: Chemical Water Treatment Chlorinating Water: Analyzing the Chemical Process Water Purification and Public Health: The Significance of Chlorination
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Lesson 8.1.10: Periodic Trends: Exploring Elemental Patterns Periodic Trends in Atomic Size, Ionization Energy, and Electronegativity The Periodic Table as a Predictive Tool: Using Trends to Understand Element Behavior
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Lesson 8.1.11: Enquiry: How Scientists Work: Inside Sub-Atomic Particles Inside Sub-Atomic Particles: Investigating the World of Quarks and Leptons Particle Physics and the Search for Fundamental Truths
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Chapter 9: Energy Changes
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Lesson 9.1.1: Energy Changes in Chemical Reactions: Introduction to Thermochemistry Thermochemistry Unveiled: Understanding Energy Changes in Chemistry The Role of Energy in Chemical Transformations
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Lesson 9.1.2: Enquiry: Investigating Fuels: Energy Content and Combustion Investigating Fuels: Designing Experiments to Measure Energy Content Combustion Reactions: Analyzing Energy Release and Heat Transfer
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Lesson 9.1.3: Extension: Choosing Fuels: Environmental Impact and Sustainability Fuel Selection Criteria: Balancing Energy Needs and Environmental Concerns Sustainable Energy Choices: Reducing Environmental Footprints
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Lesson 9.1.4: Extension: Calculating Food Energy: Understanding Nutritional Energy Nutritional Energy Calculations: Assessing Calories in Food The Connection Between Food Energy and Dietary Health
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Lesson 9.2.1: Enquiry: Investigating Endothermic Changes: Absorbing Heat Exploring Endothermic Changes: Experiments in Heat Absorption Endothermic Reactions: Identifying Temperature Decreases
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Lesson 9.2.2: Extension: Exothermic Changes: Releasing Heat Unraveling Exothermic Changes: Heat Release and Temperature Increases Applications of Exothermic Reactions: From Combustion to Chemistry
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Lesson 9.2.3: Energy Transfer and Conservation: The First Law of Thermodynamics The First Law of Thermodynamics: Conservation of Energy in Reactions Energy Transfer Mechanisms: Heat, Work, and Internal Energy
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Lesson 9.2.4: Enquiry: Investigating Energy Changes in Chemical Reactions Measuring Energy Changes: Experimental Techniques and Calorimetry Analyzing the Impact of Reactants and Products on Energy Changes
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Chapter 10: The Reactivity Series
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Lesson 10.1.1: The Reactions of Metals with Oxygen: Oxidation and Corrosion Oxidation of Metals: Understanding Reactions with Oxygen Corrosion Reactions: Exploring the Deterioration of Metal Surfaces
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Lesson 10.1.2: The Reactions of Metals with Water: Hydrogen Gas Production Metal-Water Reactions: Hydrogen Gas Evolution and Safety Measures Predicting Metal Reactivity with Water: Factors Affecting the Reactions
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Lesson 10.1.3: The Reactions of Metals with Acids: Hydrogen Gas and Metal Salts Acid-Metal Reactions: Hydrogen Gas Formation and Salt Production Practical Applications: Using Acid-Metal Reactions in Chemistry
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Lesson 10.1.4: The Reactivity Series: Understanding the Ranking of Metals The Reactivity Series: Arranging Metals by Their Reactivity Predicting Single Displacement Reactions: Applying the Series
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Lesson 10.1.5: Enquiry: Nickel in the Reactivity Series: Exceptions and Anomalies Nickel’s Place in the Reactivity Series: An Exception to the Norm Investigating the Unique Behavior of Nickel in Reactions
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Lesson 10.1.6: Metal Displacement Reactions: Exchanging Ions and Redox Processes Metal Displacement Reactions Demystified: Ion Exchange and Redox Chemistry Practical Uses of Metal Displacement Reactions
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Lesson 10.1.7: Using the Reactivity Series: Extracting Metals from Their Ores Metal Extraction: Utilizing Reactivity Information to Obtain Metals Metallurgy and Resource Sustainability: The Challenges and Solutions
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Lesson 10.1.7: Extension: Writing Symbol Equations: Expressing Chemical Reactions Symbol Equations: A Concise Language for Chemical Reactions Writing Symbol Equations for Various Chemical Processes
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Chapter 11: Making Salts
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Lesson 11.1.1: Making Salts – Acids and Metals: Precipitation Reactions Precipitation Reactions: Acids and Metals Joining Forces Observing Salt Formation and Precipitation in Chemical Reactions
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Lesson 11.1.2: Making Salts – Acids and Carbonates: Carbon Dioxide Production Carbonates and Acid Reactions: Carbon Dioxide Gas Liberation Investigating Salt Formation and Gas Evolution
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Lesson 11.1.3: Extension: Making Salts – Acids and Alkalis: Neutralization Neutralization Reactions: Balancing Acids and Alkalis Practical Applications of Neutralization in Everyday Life
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Lesson 11.1.4: Extension: Making Salts – Fertilizers: Enhancing Soil Nutrients Fertilizers as Salts: Improving Soil Nutrient Levels The Role of Fertilizers in Agriculture and Plant Growth
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Chapter 12: Rates of Reaction
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Lesson 12.1.1: Rates of Reaction: Exploring Reaction Speed and Mechanisms Reaction Rates Unveiled: Investigating How Fast Reactions Occur Factors Affecting Reaction Rates: Collision Theory Insights
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Lesson 12.1.2: Concentration and Reaction Rate: The Impact of Reactant Concentration Concentration and Reaction Rate: Examining the Relationship Practical Applications: Understanding and Controlling Reaction Speed
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Lesson 12.1.3: Temperature and Reaction Rate: Heat’s Effect on Reaction Speed Temperature and Reaction Rate: Heat’s Influence on Molecular Motion Using Temperature to Accelerate or Slow Down Reactions
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Lesson 12.1.4: Surface Area and Reaction Rate: Exposing More Particles to React Surface Area and Reaction Rate: Enhancing Collision Frequency Applications in Industry: Fine Powder Reactions and Catalysts
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Lesson 12.1.5: Catalysts and Reaction Rate: Enzymes and Chemical Catalysts Catalysts Explored: Agents Speeding Up Chemical Reactions Enzymes in Biological Catalysis: Nature’s Catalysts
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Cambridge Class 7 Chemistry: Elements & Reactions
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