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Lemonade-Ed
Home
9KAV Tutor Class
Rules, Expectations, and Values
Key Competencies & Reports
Mental Health
Study Tips
About Me
Year 9
Science Skills
1. Introduction to Science
2. Safety
3. Scientific Equipment
4. Bunsen Burner part 1
5. Bunsen Burner part 2
6. Observations
7. Measurement
8. Fair Test
9. Averages and Tables
10. Graphs
11. Graphing Data
12. Conclusion and Discussion
Year 10
Earth Science
Spheres of Papatūānuku
6. Plate Boundaries
7. Mountains and Volcanoes
8. Geosphere and Biosphere Interactions
Microorganisms
1. How has our understanding of the causes of disease changed over time?
2. What is Rongoā and what are its links to disease and infection?
3. What are bacteria and how are they harmful?
4. How are helpful bacteria used to make some of our foods?
5. How are fungi helpful and harmful to humans?
6. How can we grow bacteria and fungi safely in Science class?
7. What are viruses and what is COVID-19?
8. How does the immune system work and what is a vaccine?
Body Systems
1. What structures make up the gas exchange system in humans?
2. How does air, containing oxygen, get into and out of our lungs?
3. Where does oxygen get into the blood?
4. What structures make up the human circulatory system?
5. Are the lungs and heart of a sheep similar to those of a human?
6. How are messages sent around the body?
7. How does the body get rid of wastes?
Physical World
Electricity
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. Primates
2. Hominin Evolution
3. Selection for Bipedalism & Nakedness
Trends in Cultural Evolution
Patterns of Dispersal
3.7 Biotechnology
Leadership
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
Private Tutoring
Lemonade-Ed
Home
9KAV Tutor Class
Rules, Expectations, and Values
Key Competencies & Reports
Mental Health
Study Tips
About Me
Year 9
Science Skills
1. Introduction to Science
2. Safety
3. Scientific Equipment
4. Bunsen Burner part 1
5. Bunsen Burner part 2
6. Observations
7. Measurement
8. Fair Test
9. Averages and Tables
10. Graphs
11. Graphing Data
12. Conclusion and Discussion
Year 10
Earth Science
Spheres of Papatūānuku
6. Plate Boundaries
7. Mountains and Volcanoes
8. Geosphere and Biosphere Interactions
Microorganisms
1. How has our understanding of the causes of disease changed over time?
2. What is Rongoā and what are its links to disease and infection?
3. What are bacteria and how are they harmful?
4. How are helpful bacteria used to make some of our foods?
5. How are fungi helpful and harmful to humans?
6. How can we grow bacteria and fungi safely in Science class?
7. What are viruses and what is COVID-19?
8. How does the immune system work and what is a vaccine?
Body Systems
1. What structures make up the gas exchange system in humans?
2. How does air, containing oxygen, get into and out of our lungs?
3. Where does oxygen get into the blood?
4. What structures make up the human circulatory system?
5. Are the lungs and heart of a sheep similar to those of a human?
6. How are messages sent around the body?
7. How does the body get rid of wastes?
Physical World
Electricity
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. Primates
2. Hominin Evolution
3. Selection for Bipedalism & Nakedness
Trends in Cultural Evolution
Patterns of Dispersal
3.7 Biotechnology
Leadership
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
Private Tutoring
More
Home
9KAV Tutor Class
Rules, Expectations, and Values
Key Competencies & Reports
Mental Health
Study Tips
About Me
Year 9
Science Skills
1. Introduction to Science
2. Safety
3. Scientific Equipment
4. Bunsen Burner part 1
5. Bunsen Burner part 2
6. Observations
7. Measurement
8. Fair Test
9. Averages and Tables
10. Graphs
11. Graphing Data
12. Conclusion and Discussion
Year 10
Earth Science
Spheres of Papatūānuku
6. Plate Boundaries
7. Mountains and Volcanoes
8. Geosphere and Biosphere Interactions
Microorganisms
1. How has our understanding of the causes of disease changed over time?
2. What is Rongoā and what are its links to disease and infection?
3. What are bacteria and how are they harmful?
4. How are helpful bacteria used to make some of our foods?
5. How are fungi helpful and harmful to humans?
6. How can we grow bacteria and fungi safely in Science class?
7. What are viruses and what is COVID-19?
8. How does the immune system work and what is a vaccine?
Body Systems
1. What structures make up the gas exchange system in humans?
2. How does air, containing oxygen, get into and out of our lungs?
3. Where does oxygen get into the blood?
4. What structures make up the human circulatory system?
5. Are the lungs and heart of a sheep similar to those of a human?
6. How are messages sent around the body?
7. How does the body get rid of wastes?
Physical World
Electricity
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. Primates
2. Hominin Evolution
3. Selection for Bipedalism & Nakedness
Trends in Cultural Evolution
Patterns of Dispersal
3.7 Biotechnology
Leadership
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
Private Tutoring
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