Health & Safety

Test yourself

Health & Safety

It is important to keep yourself, your colleagues and your equipment safe during an experiment.

Risk assessment

Doing a risk assessment means thinking about how likely it is that something harmful will happen and how serious that could be.
You must do a risk assessment before starting your experiment.

Calm and controlled

To reduce risks, behaviour during a practical investigation must be calm.
To reduce risks, equipment must be used correctly.

Safety precautions

You can also reduce risks by:
- Wearing goggles to protect your eyes.
- Using tongs to stop you getting burnt by hot things.
- Making sure people wash their hands afterwards to stop germs from spreading.

1Year 5: Living Things & Their Habitats

1.1Asexual Reproduction

1.1.1Basics of Asexual Reproduction

1.1.2Uses of Asexual Reproduction

1.2Sexual Reproduction

1.2.1Basics of Sexual Reproduction

1.2.2Reproductive Cells in Animals

1.2.3Reproductive Cells in Plants

1.3Fertilisation

1.3.1Fertilisation

1.3.2Internal Fertilisation - Type 1

1.3.3Internal Fertilisation - Type 2

1.3.4Internal Fertilisation - Type 3

1.3.5External Fertilisation in Water

1.4Reproduction in Plants

1.4.1Sexual Reproduction in Plants - Male

1.4.2Sexual Reproduction in Plants - Female

1.4.3Pollination

1.5Life Cycles in Plants

1.5.1Seeds & Germination

1.5.2Growth & Pollination

1.6Life Cycles in Mammals

1.6.1Gestation & Young Mammals

1.6.2Adult Mammals

1.7Life Cycles in Amphibians

1.7.1Birth & Young Amphibians

1.7.2Adult Amphibians

1.8Life Cycles in Birds

1.8.1Birds' Eggs

1.8.2Young & Adult Birds

1.9Life Cycles in Insects

1.9.1Eggs & Larva

1.9.2Pupa & Adults

1.10Understanding the Natural World

1.10.1Animal Behaviourists

1.10.2Naturalists

2Year 5: Animals (Including Humans)

2.1Humans Life Cycles

2.1.1Fertilisation & Early Development in Humans

2.1.2Adolescence & Adult Humans

2.2Gestation

2.2.1Early Stages of Gestation

2.2.2The Umbilical Cord

2.2.3Foetus & Birth

2.2.4Comparing Gestation of Animals

3Year 5: Properties & Changes of Materials

3.1Properties of Materials

3.1.1Materials

3.1.2Hardness, Solubility, Transparency

3.1.3Conductors & Magnetic

3.1.4Metals & Wood

3.1.5Plastic

3.2Separating Mixtures

3.2.1Salt Separation

3.2.2Separating Solids from Liquids

3.2.3Physical Changes

3.2.4Chemical Changes

3.3Experiments

3.3.1Conducting Experiments

4Year 5: Earth & Space

4.1How Do We Have Night & Day?

4.1.1The Sun & the Moon

4.1.2Earth and Other Planets

4.1.3The Solar System

4.1.4Planet Features

4.1.5Day & Night

4.1.6Moons of the Solar System

5Year 5: Forces

5.1Forces

5.1.1What are Forces?

5.1.2What do Forces Do?

5.2Forces that Move Objects

5.2.1Friction

5.2.2Air Resistance

5.2.3Reducing Air Resistance

5.2.4Water Resistance

5.2.5Reducing Water Resistance

5.2.6The Discovery of Gravity

5.2.7The Force of Gravity

5.2.8Gravity & Other Forces

5.3Gears, Levers & Pulleys

5.3.1Gears

5.3.2Levers

5.3.3Pulleys

6Year 6: Living Things & Their Habitats

6.1Classification of Living Things

6.1.1Classification of Living Things

6.1.2The Animal Kingdom

6.1.3Vertebrates & Invertebrates

6.1.4Fish, Amphibians, Reptiles

6.1.5Birds & Mammals

6.1.6Arthropods, Molluscs, Annelids

6.1.7The Plant Kingdom

6.1.8Groups of Plants

6.1.9Microorganisms & Viruses

6.1.10Using Keys to Classify Living Things

7Year 6: Animals (Including Humans)

7.1The Circulatory System

7.1.1Blood Cells

7.1.2Substances Transported in the Blood

7.1.3Blood Vessels

7.1.4Pulmonary Artery & Pulmonary Vein

7.1.5The Heart

7.1.6Chambers of the Heart

8Year 6: Evolution & Inheritance

8.1Evolution

8.1.1Adaptation to Cold Areas

8.1.2Adaptation to Hot Areas

8.1.3Variation in Humans

8.1.4Variation in Dogs

8.1.5Evolution & Mutations

8.1.6Examples of Evolution

8.1.7Fossils

8.1.8Natural Selection

8.1.9Darwin & Wallace

9Year 6: Light

9.1How Do We See?

9.1.1Light

9.1.2Light & Shadows

9.1.3Reflection

9.1.4Periscopes

10Year 6: Electricity

10.1What is Electricity?

10.1.1Electricity, Current & Voltage

10.1.2Electrical Symbols

10.1.3Circuit Diagrams: Lamp

10.1.4Circuit Diagrams: Buzzer

10.1.5Electrical Safety

11Year 5 & 6: Working Scientifically

11.1Thinking Scientifically

11.1.1Scientific Questions

11.1.2Ideas & Evidence

11.1.3Punished Scientists:Galileo Galilei

11.1.4Evidence is Not Proof

11.1.5Hypothesis

11.1.6Theory

11.2Scientific Enquiry

11.2.1Starting an Enquiry

11.2.2Observations & Testing

11.2.3Research

11.2.4Data Patterns

11.2.5Correlations

11.2.6Sorting & Classifying

11.2.7Tools for Sorting & Classifying

11.2.8Variables

11.3Planning an Investigation

11.3.1Planning an Investigation: Question

11.3.2Planning an Investigation: Equipment

11.3.3Planning an Investigation: Equipment (2)

11.3.4Planning an Investigation: Measurement

11.4Carrying Out an Investigation

11.4.1Health & Safety

11.4.2Using Equipment Correctly

11.4.3Observing, Measuring & Recording

11.4.4Replication & Annomalies

11.4.5Recording & Presenting Information

11.5Writing Up an Investigation

11.5.1Writing Up an Investigation

11.5.2Presenting Data

11.5.3Diagrams & Images

11.6Conclusions & Discussions

11.6.1Writing a Conclusion

11.6.2Finalising Your Conclusion

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