
Public learning track
Animal and Human Nutrition: Why We Need Food
3rd Grade · Science · UK National Curriculum
6 lessons
Goal
Explain why animals and humans need nutrition, how they obtain it by eating rather than making food, and identify the main reasons bodies require nutrients.
Featured Diagrams
Why Animals Need Nutrition: Energy, Growth, and Repair
6 lessons
0 of 6 done
- 1Why Animals Need Nutrition: Energy, Growth, and RepairUp nextStart
- 2How Plants and Animals Get Food DifferentlyPremiumNot started yet
- 3Animals as Consumers: Eating Other Living ThingsNot started yet
- 4What Is in Food: Understanding NutrientsNot started yet
- 5The Role of Water and Hydration in AnimalsNot started yet
- 6Comparing the Energy Needs of Different AnimalsNot started yet
Curriculum Framework
3rd Grade · Science · UK National Curriculum
1
6 lessons
Animal and Human Nutrition: Why We Need Food
Explain why animals and humans need nutrition, how they obtain it by eating rather than making food, and identify the main reasons bodies require nutrients.
2
8 lessons
Nutrients and Balanced Diets for Humans
Identify the seven main food groups and nutrient types, explain their functions in the human body, and plan balanced meals.
3
6 lessons
Animal Diets, Teeth, and Getting Nutrition
Compare how different animals obtain nutrition based on their diets (herbivores, carnivores, omnivores), adaptations, and trophic relationships.
4
6 lessons
The Human Skeleton: Bones, Structure, and Support
Identify major bones in the human body and explain how the internal skeleton provides upright structure, support, and shape.
5
5 lessons
Skeletons for Protecting Vital Organs
Explain how specific bony structures shield delicate, vital organs from impacts and injury.
6
6 lessons
Muscles, Joints, and How Skeletons Move
Explain how joints allow flexible connection between bones and how antagonistic muscle pairs contract and relax to create movement.
7
6 lessons
Animal Skeletons: Endoskeletons, Exoskeletons, and Hydrostatic
Compare endoskeletons, exoskeletons, and hydrostatic skeletons across vertebrates and invertebrates, describing how each supports and protects the animal.
8
6 lessons
Working Scientifically: Investigating Diets, Bones, and Muscles
Apply scientific enquiry methods—fair testing, pattern seeking, data logging, and evidence-based conclusions—to study nutrition, skeletal structures, and muscular performance.