Chris Woodford

Born: 1966

Chris Woodford writes popular science and technology books for adults and children. He studied Natural Sciences at Cambridge University. His books include the bestselling *Cool Stuff* series for Dorling Kindersley, and he also writes the popular science education website Explain that Stuff.

Born: 1966

Books by Chris Woodford (50 max)

Atoms Under the Floorboards: The Surprising Science Hidden in Your Home

2015

Chris Woodford

Books by Chris Woodford (50 max)

Atoms Under the Floorboards: The Surprising Science Hidden in Your Home

Criminal Investigation (Science Fact Files)

Space Dramas (Space Busters)

Arctic Tundra and Polar Deserts (Biomes Atlases)

Cool Stuff 2.0: And How it Works

Moon Missions (History of Space Exploration)

Cool stuff exploded

Titanium (Elements)

Potassium (Elements)

Power and energy

Biomes Atlases: Arctic Tundra and Polar Deserts (Biomes Atlases)

Power and Energy (History of Invention)

Electricity

Inside a powerboat.

Routes of Science - Gravity (Routes of Science)

Routes of Science: Gravity (Routes of Science)

Light (Routes of Science)

Gravity (Routes of Science)

Air and Space Travel (History of Invention)

Atoms and Molecules (Routes of Science)

Gravity

Communication and computers

Ships and Submarines (History of Invention)

Routes of Science - Atoms & Molecules (Routes of Science)

Speed

How Do We Measure? - Weight (How Do We Measure?)

Time

Distance

How Do We Measure? - Distance (How Do We Measure?)

The (History of Space Exploration)

How cool stuff works

How Do We Measure? - Height

Weight

Volume

How Do We Measure? - Speed (How Do We Measure?)

Cool Stuff and How It Works

How Do We Measure? - Area (How Do We Measure?)

Height

Temperature

Area

How Do We Measure? - Volume (How Do We Measure?)

How Do We Measure? - Time (How Do We Measure?)

Criminal Investigations, Level 5

Digital Technology (Science in Focus)

Energy

Cool Stuff 2.0 and how it works

How Cool Stuff Works

Energy

Cool stuff and how it works

Experiments with electricity and magnetism