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Lemonade-Ed
  • Home
  • Private Tutoring
  • Leadership
    • Building Relationships (10LEA Term 1)
      • 1. Getting to Know Others
      • 2. Using Games to Build Relationships
      • 3. Understanding Class Culture
      • 4. Improving Class Culture
      • 5. Creating Unity
      • 6. Changing the Attitude of Students
      • 7. What If People Don't Follow Me?
      • 8. Building Positive Relationships with My Classmates
      • 9. Leading My Peers
    • Service Leadership (10LEA Term 2)
    • Year 9 Leadership
      • 1. Active Listening
      • 2. Working as a Team
      • 3. Speaking & Presenting
      • 4. Facilitation
      • 5. Leadership
    • Year 10 Leadership
      • 1. Bringing Ideas to Life
    • Student Volunteer Army
      • 1. Launch Meeting!
      • 2. About the SVA Service Award
      • 3. Your SVA Account
      • 4. Volunteering Ideas
      • 5. MHS Event Calendar
  • Skills
    • Getting Started in the Laboratory
      • Introduction to Science
        • Lesson Plan for Introduction to Science
      • Safety in the Laboratory
        • Lesson Plan for Safety in the Lab
        • Chemical Safety Thinking Questions (Activity)
      • Common Laboratory Equipment
        • Lesson Plan for Common Lab Equipment
        • Scavenger Hunt - Common Lab Equipment (Activity)
      • The Bunsen Burner
        • Lesson Plan for The Bunsen Burner
        • Using the Bunsen Burner
      • Measurement
        • Lesson Plan for Measurement
        • Taking Measurements and Graphing Them
        • Measurement Circus (Activity)
        • Rounding & Significant Figures Thinking Questions (Activity)
        • Measurement Thinking Questions
    • Designing an Investigation
      • The Scientific Method
        • Lesson Plan for Observations
      • Variables
        • Lesson Plan for Variables
      • Accuracy & Precision
        • Lesson Plan for Measurement, Accuracy & Precision
    • Data Skills
      • Collecting & Recording Data
      • Processing & Presenting Data
        • Graphing on Excel
        • Drawing Scatter Plots & Line Graphs
        • Lesson Plan for Averages & Tables
        • Lesson Plan for Graphs
      • Analysing & Interpreting Data
    • Writing a Report
      • Aim & Hypothesis
        • Lesson Plan for Aim & Hypothesis
      • Conclusion
        • Lesson Plan for Writing Conclusions
    • Approaches to Investigations
      • Observing
        • Lesson Plan for Observing
        • Sci1.2 KB pg 11-13
      • Fair Testing
        • Lesson Plan for Yr 9 Fair Testing
        • Lesson Plan for Yr 11 Fair Testing
    • REVISION
  • Biology
    • Life Processes
      • Plant Systems
        • Nutrition & Food
          • Lesson Plan for Intro to Photosynthesis
          • Lesson Plan for Starch Test
          • Carbon dioxide investigation (Activity)
          • Light investigation (Activity)
          • Oxygen investigation (Activity)
        • Photosynthesis at the Cellular Level
        • Water & Nutrient Transport
          • Water & Nutrient Transport Thinking Questions
        • Reproduction
          • Plant Reproduction Crossword (Activity
          • Plant Reproduction Thinking Questions
        • Seed Dispersal & Germination
          • Dispersal and Germination Thinking Questions
          • Lesson Plan for Seed Structure
        • Growth & Sensitivity
          • Lesson Plan for Germination & Temperature
    • Food Chain Challenge
  • Chemistry
    • Structure of Matter
      • Particle Theory
      • States of Matter
        • Lesson Plan for States of Matter
      • Types of Matter
        • Lesson Plan for Elements, Compounds, Mixtures
      • The Periodic Table of Elements
        • Lesson Plan for the Periodic Table
      • Chemical Formulae
        • Lesson Plan for Chemical Formulae
    • Physical Changes
      • Physical Properties of Matter
      • Changing States
  • Special Topics
    • Food for All
      • Lesson Plan for Why we need to grow our own food
      • Investigation 1: Observation Approach
      • Investigation 2: Observation Approach
      • Investigation 3: Observation Approach
      • Investigation 4: Fair Test Approach
  • Level 1
    • B1.3 Microorganisms
    • S1.1 Mechanics
      • Motion
      • Forces
      • Energy, Work & Power
    • S1.9 Genetic Variation
      • 1. Chromosome & DNA
      • 2. DNA Replication & Mitosis
      • 3. Genes, Alleles & Traits
      • 4. Punnett Squares
      • 5. Pedigree Charts & Test Crosses
      • 6. Inheritable & Non-Inheritable Variation
      • 7. Reproduction & Meiosis
      • 8. Natural Selection
    • S1.10 Life Processes
      • 1. Seed Structure & Function
      • 2. Germination & Enzymes
      • 3. Structure & Function of the Lung System
      • 4. Breathing
      • 5. Gas Exchange
      • 6. Respiration & Exercise
    • PESS1.2 Physical Phenomenon Investigation
      • 1. Calculating Speed
      • 2. Distance-Time Graphs
      • 3. Using Gradients to Calculate Speed
      • 4. Calculating Acceleration
      • 5. Measuring Acceleration
      • 6. Speed-Time Graphs
      • 7. Using Gradients to Calculate Acceleration
      • 8. Calculating Distance from the Area Under the Curve
      • 9. Converting Speed-Time Graphs to Distance-Time Graphs
      • 10. Forces
      • 11. Newton's Laws of Motion
      • 12. Scientific Investigations
      • 13. Mass vs Weight
      • 14. Friction & Air Resistance
      • 15. Terminal Velocity
  • Level 2
    • 2.1 Practical Investigation
    • 2.2 Biological Validity
    • 2.3 Gas Exchange in Animals
      • Overview of Gas Exchange
      • Characteristics of an Efficient Gas Exchange System
      • Human Lung System
      • Snapper Gill System
      • Cricket Tracheal System
    • 2.4 Life Processes in Cells
      • Cell Structure & Transport
      • Enzymes
      • Photosynthesis & Respiration
      • The Cell Cycle
    • 2.5 Genetic Variation & Change
      • Sources of Variation
      • Predicting Inheritance
      • Population Genetics
    • 2.6 Ecological Patterns
      • Fundamentals of Ecology
      • Investigating Stratification
    • 2.7 Gene Expression
      • Protein Synthesis
        • DNA & Protein
        • Overview of Protein Synthesis
        • Transcription
        • Translation
      • Mutation & Redundancy
      • Metabolic Pathways
      • Genotype & Phenotype
    • 2.1 + 2.6 Field Investigation
      • Planning a Pattern-Seeking Investigation
      • Field Techniques
      • Ecological Succession
  • Level 3
    • 3.2 Socio Scientific Issue
    • 3.3 Plants & Animals
      • 1. Animals in Space
      • 2. Plants in Space
      • 3. Animals in Time
      • 4. Plants in Time
      • 5. Interspecific Relationships
      • 6. Intraspecific Relationships
    • 3.4 Homeostasis
      • 1. Homeostasis
      • 2. Thermoregulation
      • 3. The Negative Feedback Loop
      • 4. Responses to a Cold Environment
      • 5. Responses to a Hot Environment
      • Osmoregulation
    • 3.5 Speciation
      • 1. Theory of Evolution
      • 2. Processes of Evolution
      • 3. Speciation & Rates of Evolution
      • 4. Reproductive Isolating Mechanisms
      • 5. Types of Speciation
      • 6. Patterns of Evolution
    • 3.6 Human Evolution
      • 1. Biological Evolution of Primates
      • 2. Comparative Anatomy
      • Trends in Cultural Evolution
      • Patterns of Dispersal
    • 3.7 Biotechnology
Lemonade-Ed
  • Home
  • Private Tutoring
  • Leadership
    • Building Relationships (10LEA Term 1)
      • 1. Getting to Know Others
      • 2. Using Games to Build Relationships
      • 3. Understanding Class Culture
      • 4. Improving Class Culture
      • 5. Creating Unity
      • 6. Changing the Attitude of Students
      • 7. What If People Don't Follow Me?
      • 8. Building Positive Relationships with My Classmates
      • 9. Leading My Peers
    • Service Leadership (10LEA Term 2)
    • Year 9 Leadership
      • 1. Active Listening
      • 2. Working as a Team
      • 3. Speaking & Presenting
      • 4. Facilitation
      • 5. Leadership
    • Year 10 Leadership
      • 1. Bringing Ideas to Life
    • Student Volunteer Army
      • 1. Launch Meeting!
      • 2. About the SVA Service Award
      • 3. Your SVA Account
      • 4. Volunteering Ideas
      • 5. MHS Event Calendar
  • Skills
    • Getting Started in the Laboratory
      • Introduction to Science
        • Lesson Plan for Introduction to Science
      • Safety in the Laboratory
        • Lesson Plan for Safety in the Lab
        • Chemical Safety Thinking Questions (Activity)
      • Common Laboratory Equipment
        • Lesson Plan for Common Lab Equipment
        • Scavenger Hunt - Common Lab Equipment (Activity)
      • The Bunsen Burner
        • Lesson Plan for The Bunsen Burner
        • Using the Bunsen Burner
      • Measurement
        • Lesson Plan for Measurement
        • Taking Measurements and Graphing Them
        • Measurement Circus (Activity)
        • Rounding & Significant Figures Thinking Questions (Activity)
        • Measurement Thinking Questions
    • Designing an Investigation
      • The Scientific Method
        • Lesson Plan for Observations
      • Variables
        • Lesson Plan for Variables
      • Accuracy & Precision
        • Lesson Plan for Measurement, Accuracy & Precision
    • Data Skills
      • Collecting & Recording Data
      • Processing & Presenting Data
        • Graphing on Excel
        • Drawing Scatter Plots & Line Graphs
        • Lesson Plan for Averages & Tables
        • Lesson Plan for Graphs
      • Analysing & Interpreting Data
    • Writing a Report
      • Aim & Hypothesis
        • Lesson Plan for Aim & Hypothesis
      • Conclusion
        • Lesson Plan for Writing Conclusions
    • Approaches to Investigations
      • Observing
        • Lesson Plan for Observing
        • Sci1.2 KB pg 11-13
      • Fair Testing
        • Lesson Plan for Yr 9 Fair Testing
        • Lesson Plan for Yr 11 Fair Testing
    • REVISION
  • Biology
    • Life Processes
      • Plant Systems
        • Nutrition & Food
          • Lesson Plan for Intro to Photosynthesis
          • Lesson Plan for Starch Test
          • Carbon dioxide investigation (Activity)
          • Light investigation (Activity)
          • Oxygen investigation (Activity)
        • Photosynthesis at the Cellular Level
        • Water & Nutrient Transport
          • Water & Nutrient Transport Thinking Questions
        • Reproduction
          • Plant Reproduction Crossword (Activity
          • Plant Reproduction Thinking Questions
        • Seed Dispersal & Germination
          • Dispersal and Germination Thinking Questions
          • Lesson Plan for Seed Structure
        • Growth & Sensitivity
          • Lesson Plan for Germination & Temperature
    • Food Chain Challenge
  • Chemistry
    • Structure of Matter
      • Particle Theory
      • States of Matter
        • Lesson Plan for States of Matter
      • Types of Matter
        • Lesson Plan for Elements, Compounds, Mixtures
      • The Periodic Table of Elements
        • Lesson Plan for the Periodic Table
      • Chemical Formulae
        • Lesson Plan for Chemical Formulae
    • Physical Changes
      • Physical Properties of Matter
      • Changing States
  • Special Topics
    • Food for All
      • Lesson Plan for Why we need to grow our own food
      • Investigation 1: Observation Approach
      • Investigation 2: Observation Approach
      • Investigation 3: Observation Approach
      • Investigation 4: Fair Test Approach
  • Level 1
    • B1.3 Microorganisms
    • S1.1 Mechanics
      • Motion
      • Forces
      • Energy, Work & Power
    • S1.9 Genetic Variation
      • 1. Chromosome & DNA
      • 2. DNA Replication & Mitosis
      • 3. Genes, Alleles & Traits
      • 4. Punnett Squares
      • 5. Pedigree Charts & Test Crosses
      • 6. Inheritable & Non-Inheritable Variation
      • 7. Reproduction & Meiosis
      • 8. Natural Selection
    • S1.10 Life Processes
      • 1. Seed Structure & Function
      • 2. Germination & Enzymes
      • 3. Structure & Function of the Lung System
      • 4. Breathing
      • 5. Gas Exchange
      • 6. Respiration & Exercise
    • PESS1.2 Physical Phenomenon Investigation
      • 1. Calculating Speed
      • 2. Distance-Time Graphs
      • 3. Using Gradients to Calculate Speed
      • 4. Calculating Acceleration
      • 5. Measuring Acceleration
      • 6. Speed-Time Graphs
      • 7. Using Gradients to Calculate Acceleration
      • 8. Calculating Distance from the Area Under the Curve
      • 9. Converting Speed-Time Graphs to Distance-Time Graphs
      • 10. Forces
      • 11. Newton's Laws of Motion
      • 12. Scientific Investigations
      • 13. Mass vs Weight
      • 14. Friction & Air Resistance
      • 15. Terminal Velocity
  • Level 2
    • 2.1 Practical Investigation
    • 2.2 Biological Validity
    • 2.3 Gas Exchange in Animals
      • Overview of Gas Exchange
      • Characteristics of an Efficient Gas Exchange System
      • Human Lung System
      • Snapper Gill System
      • Cricket Tracheal System
    • 2.4 Life Processes in Cells
      • Cell Structure & Transport
      • Enzymes
      • Photosynthesis & Respiration
      • The Cell Cycle
    • 2.5 Genetic Variation & Change
      • Sources of Variation
      • Predicting Inheritance
      • Population Genetics
    • 2.6 Ecological Patterns
      • Fundamentals of Ecology
      • Investigating Stratification
    • 2.7 Gene Expression
      • Protein Synthesis
        • DNA & Protein
        • Overview of Protein Synthesis
        • Transcription
        • Translation
      • Mutation & Redundancy
      • Metabolic Pathways
      • Genotype & Phenotype
    • 2.1 + 2.6 Field Investigation
      • Planning a Pattern-Seeking Investigation
      • Field Techniques
      • Ecological Succession
  • Level 3
    • 3.2 Socio Scientific Issue
    • 3.3 Plants & Animals
      • 1. Animals in Space
      • 2. Plants in Space
      • 3. Animals in Time
      • 4. Plants in Time
      • 5. Interspecific Relationships
      • 6. Intraspecific Relationships
    • 3.4 Homeostasis
      • 1. Homeostasis
      • 2. Thermoregulation
      • 3. The Negative Feedback Loop
      • 4. Responses to a Cold Environment
      • 5. Responses to a Hot Environment
      • Osmoregulation
    • 3.5 Speciation
      • 1. Theory of Evolution
      • 2. Processes of Evolution
      • 3. Speciation & Rates of Evolution
      • 4. Reproductive Isolating Mechanisms
      • 5. Types of Speciation
      • 6. Patterns of Evolution
    • 3.6 Human Evolution
      • 1. Biological Evolution of Primates
      • 2. Comparative Anatomy
      • Trends in Cultural Evolution
      • Patterns of Dispersal
    • 3.7 Biotechnology
  • More
    • Home
    • Private Tutoring
    • Leadership
      • Building Relationships (10LEA Term 1)
        • 1. Getting to Know Others
        • 2. Using Games to Build Relationships
        • 3. Understanding Class Culture
        • 4. Improving Class Culture
        • 5. Creating Unity
        • 6. Changing the Attitude of Students
        • 7. What If People Don't Follow Me?
        • 8. Building Positive Relationships with My Classmates
        • 9. Leading My Peers
      • Service Leadership (10LEA Term 2)
      • Year 9 Leadership
        • 1. Active Listening
        • 2. Working as a Team
        • 3. Speaking & Presenting
        • 4. Facilitation
        • 5. Leadership
      • Year 10 Leadership
        • 1. Bringing Ideas to Life
      • Student Volunteer Army
        • 1. Launch Meeting!
        • 2. About the SVA Service Award
        • 3. Your SVA Account
        • 4. Volunteering Ideas
        • 5. MHS Event Calendar
    • Skills
      • Getting Started in the Laboratory
        • Introduction to Science
          • Lesson Plan for Introduction to Science
        • Safety in the Laboratory
          • Lesson Plan for Safety in the Lab
          • Chemical Safety Thinking Questions (Activity)
        • Common Laboratory Equipment
          • Lesson Plan for Common Lab Equipment
          • Scavenger Hunt - Common Lab Equipment (Activity)
        • The Bunsen Burner
          • Lesson Plan for The Bunsen Burner
          • Using the Bunsen Burner
        • Measurement
          • Lesson Plan for Measurement
          • Taking Measurements and Graphing Them
          • Measurement Circus (Activity)
          • Rounding & Significant Figures Thinking Questions (Activity)
          • Measurement Thinking Questions
      • Designing an Investigation
        • The Scientific Method
          • Lesson Plan for Observations
        • Variables
          • Lesson Plan for Variables
        • Accuracy & Precision
          • Lesson Plan for Measurement, Accuracy & Precision
      • Data Skills
        • Collecting & Recording Data
        • Processing & Presenting Data
          • Graphing on Excel
          • Drawing Scatter Plots & Line Graphs
          • Lesson Plan for Averages & Tables
          • Lesson Plan for Graphs
        • Analysing & Interpreting Data
      • Writing a Report
        • Aim & Hypothesis
          • Lesson Plan for Aim & Hypothesis
        • Conclusion
          • Lesson Plan for Writing Conclusions
      • Approaches to Investigations
        • Observing
          • Lesson Plan for Observing
          • Sci1.2 KB pg 11-13
        • Fair Testing
          • Lesson Plan for Yr 9 Fair Testing
          • Lesson Plan for Yr 11 Fair Testing
      • REVISION
    • Biology
      • Life Processes
        • Plant Systems
          • Nutrition & Food
            • Lesson Plan for Intro to Photosynthesis
            • Lesson Plan for Starch Test
            • Carbon dioxide investigation (Activity)
            • Light investigation (Activity)
            • Oxygen investigation (Activity)
          • Photosynthesis at the Cellular Level
          • Water & Nutrient Transport
            • Water & Nutrient Transport Thinking Questions
          • Reproduction
            • Plant Reproduction Crossword (Activity
            • Plant Reproduction Thinking Questions
          • Seed Dispersal & Germination
            • Dispersal and Germination Thinking Questions
            • Lesson Plan for Seed Structure
          • Growth & Sensitivity
            • Lesson Plan for Germination & Temperature
      • Food Chain Challenge
    • Chemistry
      • Structure of Matter
        • Particle Theory
        • States of Matter
          • Lesson Plan for States of Matter
        • Types of Matter
          • Lesson Plan for Elements, Compounds, Mixtures
        • The Periodic Table of Elements
          • Lesson Plan for the Periodic Table
        • Chemical Formulae
          • Lesson Plan for Chemical Formulae
      • Physical Changes
        • Physical Properties of Matter
        • Changing States
    • Special Topics
      • Food for All
        • Lesson Plan for Why we need to grow our own food
        • Investigation 1: Observation Approach
        • Investigation 2: Observation Approach
        • Investigation 3: Observation Approach
        • Investigation 4: Fair Test Approach
    • Level 1
      • B1.3 Microorganisms
      • S1.1 Mechanics
        • Motion
        • Forces
        • Energy, Work & Power
      • S1.9 Genetic Variation
        • 1. Chromosome & DNA
        • 2. DNA Replication & Mitosis
        • 3. Genes, Alleles & Traits
        • 4. Punnett Squares
        • 5. Pedigree Charts & Test Crosses
        • 6. Inheritable & Non-Inheritable Variation
        • 7. Reproduction & Meiosis
        • 8. Natural Selection
      • S1.10 Life Processes
        • 1. Seed Structure & Function
        • 2. Germination & Enzymes
        • 3. Structure & Function of the Lung System
        • 4. Breathing
        • 5. Gas Exchange
        • 6. Respiration & Exercise
      • PESS1.2 Physical Phenomenon Investigation
        • 1. Calculating Speed
        • 2. Distance-Time Graphs
        • 3. Using Gradients to Calculate Speed
        • 4. Calculating Acceleration
        • 5. Measuring Acceleration
        • 6. Speed-Time Graphs
        • 7. Using Gradients to Calculate Acceleration
        • 8. Calculating Distance from the Area Under the Curve
        • 9. Converting Speed-Time Graphs to Distance-Time Graphs
        • 10. Forces
        • 11. Newton's Laws of Motion
        • 12. Scientific Investigations
        • 13. Mass vs Weight
        • 14. Friction & Air Resistance
        • 15. Terminal Velocity
    • Level 2
      • 2.1 Practical Investigation
      • 2.2 Biological Validity
      • 2.3 Gas Exchange in Animals
        • Overview of Gas Exchange
        • Characteristics of an Efficient Gas Exchange System
        • Human Lung System
        • Snapper Gill System
        • Cricket Tracheal System
      • 2.4 Life Processes in Cells
        • Cell Structure & Transport
        • Enzymes
        • Photosynthesis & Respiration
        • The Cell Cycle
      • 2.5 Genetic Variation & Change
        • Sources of Variation
        • Predicting Inheritance
        • Population Genetics
      • 2.6 Ecological Patterns
        • Fundamentals of Ecology
        • Investigating Stratification
      • 2.7 Gene Expression
        • Protein Synthesis
          • DNA & Protein
          • Overview of Protein Synthesis
          • Transcription
          • Translation
        • Mutation & Redundancy
        • Metabolic Pathways
        • Genotype & Phenotype
      • 2.1 + 2.6 Field Investigation
        • Planning a Pattern-Seeking Investigation
        • Field Techniques
        • Ecological Succession
    • Level 3
      • 3.2 Socio Scientific Issue
      • 3.3 Plants & Animals
        • 1. Animals in Space
        • 2. Plants in Space
        • 3. Animals in Time
        • 4. Plants in Time
        • 5. Interspecific Relationships
        • 6. Intraspecific Relationships
      • 3.4 Homeostasis
        • 1. Homeostasis
        • 2. Thermoregulation
        • 3. The Negative Feedback Loop
        • 4. Responses to a Cold Environment
        • 5. Responses to a Hot Environment
        • Osmoregulation
      • 3.5 Speciation
        • 1. Theory of Evolution
        • 2. Processes of Evolution
        • 3. Speciation & Rates of Evolution
        • 4. Reproductive Isolating Mechanisms
        • 5. Types of Speciation
        • 6. Patterns of Evolution
      • 3.6 Human Evolution
        • 1. Biological Evolution of Primates
        • 2. Comparative Anatomy
        • Trends in Cultural Evolution
        • Patterns of Dispersal
      • 3.7 Biotechnology
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