Synopsis
Animated shorts to support students preparing for assessments in GCSE Additional Science.
- Programme: GCSE Bitesize Revision
- Episode: Additional Science 1
- Channel: BBC Two
- Broadcast year: 2010
- Science
Licence: ERA Licence required
UK only
Staff and students of licensed education establishments only
Cannot be adapted
Add Notes
More clips from Additional Science 1

Acceleration | Additional Science 1
Acceleration | Additional Science 1
Spec references J249: P2.1h J250: P2.1h. Calculating acceleration and what the units mean - description and animation.

Acids, Bases and Salts | GCSE Bitesize Revision
Acids, Bases and Salts | GCSE Bitesize Revision
Spec references J248: C3.3d, C3.3e, C3.3f, C3.3h, C4.2a J250: C3.3d, C3.3e, C3.3f, C3.3h, C3.1g. This video introduces acids ...

Acids, Bases and Salts | GCSE Bitesize Revision
Acids, Bases and Salts | GCSE Bitesize Revision
Spec references J248: C3.3d, C3.3e, C3.3f, C3.3h, C4.2a J250: C3.3d, C3.3e, C3.3f, C3.3h, C3.1g. This video introduces acids ...

Atomic Structure - Revision | GCSE Bitesize Revision
Atomic Structure - Revision | GCSE Bitesize Revision
Spec references J248: C1.2b, C1.2d, C1.2e J250: C1.2b, C1.2d, C1.2e. A fast-paced overview of the basics of atomic struc...

Cell Division | GCSE Bitesize Revision
Cell Division | GCSE Bitesize Revision
Animated shorts to support students preparing for assessments in GCSE Additional Science.

Diffusion and Osmosis | GCSE Bitesize Revision
Diffusion and Osmosis | GCSE Bitesize Revision
Spec references J247: 2.1a J250: 2.1a. Animated shorts to support students preparing for assessments in GCSE Additional Science.

Distance-time graphs | Additional Science 1
Distance-time graphs | Additional Science 1
Spec references J249: P2.1b J250: P2.1b. Description and animation. Distance time graphs.

Homeostasis | GCSE Bitesize Revision
Homeostasis | GCSE Bitesize Revision
Spec references J247: B3.3a, B3.3b, B3.3c, B3.3d, B3.3e, B3.3g, B3.3j. Higher paper content for homeostasis. Structure of the kidney, ho...

How enzymes work | GCSE Bitesize Revision
How enzymes work | GCSE Bitesize Revision
Spec references J247: B1.2g J250: B1.2d. How enzymes break down substrates into products, lock and key model, denaturing of protein...

Introduction to Covalent Bonding | GCSE Bitesize Revision
Introduction to Covalent Bonding | GCSE Bitesize Revision
This video introduces covalent bonding, focusing on electron sharing, the use of dot and cross diagrams, and exampl...

Ion formation and Ionic Bonding Revision | GCSE Bitesize Revision
Ion formation and Ionic Bonding Revision | GCSE Bitesize Revision
Spec references J248: C2.2di, C2.2e, C2.2f J250: C2.2di, C2.2e, C2.2f. Ideal for topic revision, this video...

Kinetic energy | Additional Science 1
Kinetic energy | Additional Science 1
Spec references J249: P7.1e J250: P5.1e. Animation, description and worked example. Kinetic energy.

Kinetic Energy And Momentum | GCSE Bitesize Revision
Kinetic Energy And Momentum | GCSE Bitesize Revision
Animated shorts to support students preparing for assessments in GCSE Additional Science.

Measuring the Rate of Reaction | GCSE Bitesize Revision
Measuring the Rate of Reaction | GCSE Bitesize Revision
Spec references J248: C5.2a, C5.2c, C5.2d, C5.2e, C5.2f J250: C5.2a, C5.2c, C5.2d, C5.2e, C5.2f. This video provides ...

Mitosis, meiosis and reproduction | GCSE Bitesize Revision
Mitosis, meiosis and reproduction | GCSE Bitesize Revision
Spec references J247: B2.1b, B5.1f, B5.1h J250: B2.1b, B5.1f. Different steps of mitosis, asexual reproduction, di...

Momentum | Additional Science 1
Momentum | Additional Science 1
Spec references J249: P2.2k J250: P2.2k. Animation, description and worked example, p = m v. Description of force = rate of change of momentu...

Representing Motion | GCSE Bitesize Revision
Representing Motion | GCSE Bitesize Revision
Animated shorts to support students preparing for assessments in GCSE Additional Science.

Speed | Additional Science 1
Speed | Additional Science 1
Spec references J249: P2.1h J250: P2.1h. Calculating speed and units of speed - description and animation.

Velocity-time graphs | Additional Science 1
Velocity-time graphs | Additional Science 1
Spec references J249: P2.1e J250: P2.1e. Description and animation. Velocity time graphs.

Work done | Additional Science 1
Work done | Additional Science 1
Spec references J249: P2.2m, P7.1c, P7.1d J250: P2.2l, P5.1c, P5.1d. Animation, description and worked example. Work done = force × distance.
More resources about Digestive system and enzymes

Anatomy of a stomach | Dr Alice Roberts: Don't Die Young
Anatomy of a stomach | Dr Alice Roberts: Don't Die Young
Alice dissects a pigs stomach to show how a human one works. She also tests her own stomach acid.

Bowel cancer and 'transit time' | Dr Alice Roberts: Don't Die Young
Bowel cancer and 'transit time' | Dr Alice Roberts: Don't Die Young
Alice does a test with Les eating sweetcorn to see how long it takes for them to digest the food until ex...

Digestion | Curriculum Bites
Digestion | Curriculum Bites
Schools science programme where topics in the double science curriculum are broken down into small chunks.

Digestive powers | Guts: The Strange and Wonderful World of the Human Stomach
Digestive powers | Guts: The Strange and Wonderful World of the Human Stomach
The digestive powers of the gastric juices within the human stomach are tested.

Enzyme power and food as fuel | Bitesize Science
Enzyme power and food as fuel | Bitesize Science
Enzymes are biological catalysts which help us to get the energy we need from food to survive.

Guts: The Strange and Wonderful World of the Human Stomach
Guts: The Strange and Wonderful World of the Human Stomach
Michael Mosley lays bare the mysteries of the digestive system and reveals a complexity and intelligence in the hu...

How enzymes work | GCSE Bitesize Revision
How enzymes work | GCSE Bitesize Revision
Spec references J247: B1.2g J250: B1.2d. How enzymes break down substrates into products, lock and key model, denaturing of protein...

How food and oxygen combine to provide energy to work the body | Inside the Human Body
How food and oxygen combine to provide energy to work the body | Inside the Human Body
Using state-of-the-art graphics, Michael Mosley explains what happens to food inside o...

Journey through guts | Dara O'Briain's Science Club
Journey through guts | Dara O'Briain's Science Club
A camera travels through the digestive system.

Pro and pre-bacteria | Dr Alice Roberts: Don't Die Young
Pro and pre-bacteria | Dr Alice Roberts: Don't Die Young
Alices swallows a camera to see inside her small intestine. She also finds out about friendly bacteria.

S2E4: The Stomach and Intestines | Dr Alice Roberts: Don't Die Young
S2E4: The Stomach and Intestines | Dr Alice Roberts: Don't Die Young
Dr Alice Roberts peers inside her own stomach by swallowing a tiny camera, then uses dissection and some...

Stomach and intestines | Dr Alice Roberts: Don't Die Young
Stomach and intestines | Dr Alice Roberts: Don't Die Young
Alice shares some facts about the stomach and intestines.

The brain in our gut | Guts: The Strange and Wonderful World of the Human Stomach
The brain in our gut | Guts: The Strange and Wonderful World of the Human Stomach
Our intestines are remarkable similar to that of a pigs.

The large intestine | Guts: The Strange and Wonderful World of the Human Stomach
The large intestine | Guts: The Strange and Wonderful World of the Human Stomach
A camera travels through the last part of the digestive system and explores the role of the ...

The small intestine | Guts: The Strange and Wonderful World of the Human Stomach
The small intestine | Guts: The Strange and Wonderful World of the Human Stomach
A camera travels through the digestive system and shows the frenzy of digestion within the s...

What does your stomach look like from the inside? | Guts: The Strange and Wonderful World of the Human Stomach
What does your stomach look like from the inside? | Guts: The Strange and Wonderful World of the Human Stomach
Michael Mosley finds out what happens inside our stomachs by s...