Synopsis
Schools science programme where topics in the double science curriculum are broken down into small chunks.
- Programme: Curriculum Bites
- Series: KS4
- Episode: Double Science: 1
- Channel: CBBC
- Broadcast year: 2003
- Science
Licence: ERA Licence required
UK only
Staff and students of licensed education establishments only
Cannot be adapted
Add Notes
More clips from Double Science: 1

Arrangement of the Periodic Table | Curriculum Bites
Arrangement of the Periodic Table | Curriculum Bites
Spec references J248: C2.2a, C2.2b, C2.2c J250: C2.2a, C2.2b, C2.2c. This video explains the arrangement of the periodic...

Atomic Structure - Building an Atom | Curriculum Bites
Atomic Structure - Building an Atom | Curriculum Bites
Spec references J248: C1.2b, C1.2d, C1.2e J250: C1.2b, C1.2d, C1.2e. How can an atom be completely described by the in...

Balanced and unbalanced forces | Curriculum Bites
Balanced and unbalanced forces | Curriculum Bites
Spec references J249: P2.2b J250: P2.2b. Addresses misconception that objects with a force acting on them must move. Refram...

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

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

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

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

Conduction, convection and radiation and insulation. | Curriculum Bites
Conduction, convection and radiation and insulation. | Curriculum Bites
Spec references J249: P5.2a, P5.2f J250: P5.2a, P5.2f. Conduction, convection and radiation, and ho...

Current in series and parallel circuits | Curriculum Bites
Current in series and parallel circuits | Curriculum Bites
Spec references J249: P3.2a, P3.1f J250: P3.2a, P3.1e . Animated explanation of a current in series and parallel c...

Descriptive treatment of the relative speeds of alpha, beta and gamma | Curriculum Bites
Descriptive treatment of the relative speeds of alpha, beta and gamma | Curriculum Bites
Spec references J249: P6.1l J250: P4.3l. Animation and description of relative speed...

Diffusion | Curriculum Bites
Diffusion | Curriculum Bites
Spec references J247: B2.1a J250: B2.1a. Definition of diffusion and what substances go into the cell.

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

Electrolysis - Discovery of Potassium | Curriculum Bites
Electrolysis - Discovery of Potassium | Curriculum Bites
Spec references J248: C3.4b J250: C3.4b. Professor Jim Al-Khalili recreates the electrolysis experiment that lead to...

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

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

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

Forces on a sky diver and terminal velocity | Curriculum Bites
Forces on a sky diver and terminal velocity | Curriculum Bites
Spec references J249: P2.2f J250: P2.2f. Speed time graph for a parachutist and terminal velocity (no parachu...

Inheritance | Curriculum Bites
Inheritance | Curriculum Bites
Spec references J247: B5.1h, B5.1i J250: B5.1f, B5.1g. Chromosomes come in pairs except for in sperm and egg cells and why, chromosomes have g...

Introduction to Atoms | Curriculum Bites
Introduction to Atoms | Curriculum Bites
Spec references J248: C1.1a J250: C1.1a. This video provides an introduction to the concept that all materials are composed of atoms...

Mass & Atomic Structure | Curriculum Bites
Mass & Atomic Structure | Curriculum Bites
Schools science programme where topics in the double science curriculum are broken down into small chunks.
More resources about Photosynthesis

1: Life From Light | How to Grow a Planet
1: Life From Light | How to Grow a Planet
How plants have driven the greatest changes to the Earth. Prof Iain Stewart shows how they first harnessed light from the sun and c...

2: Photosynthesis | Botany: A Blooming History
2: Photosynthesis | Botany: A Blooming History
The air we breathe, and all the food we eat, is created from water, sunlight, carbon dioxide and a few minerals. That's it, no...

An introduction to photosynthesis | Short Circuit
An introduction to photosynthesis | Short Circuit
An introduction to how plants photosynthesise using chlorophyll, and how important the process is in maintaining the balanc...

Calvin-Benson cycle | Botany: A Blooming History
Calvin-Benson cycle | Botany: A Blooming History
How Benson and Calvin established the biochemical reactions involved in photosynthesis.

Generation of clean fuels | Botany: A Blooming History
Generation of clean fuels | Botany: A Blooming History
Scientists harnessing the processes in photosynthesis.

How commercial growers apply knowledge of photosynthesis | Botany: A Blooming History
How commercial growers apply knowledge of photosynthesis | Botany: A Blooming History
Spec references J247: B1.4e J250: B1.4e. How commercial growers increase the amount of ...

How iodine was used to discover starch in plant leaves | Botany: A Blooming History
How iodine was used to discover starch in plant leaves | Botany: A Blooming History
How botanists made the connection between a plant's growth and the energy from the sun.

How photosynthesis is vital to the success of farming | Science of the Harvest
How photosynthesis is vital to the success of farming | Science of the Harvest
Stefan Gates reveals how we can see photosynthesis in action using some simple props.

Photosynthesis research by Jan Ingenhouz | Botany: A Blooming History
Photosynthesis research by Jan Ingenhouz | Botany: A Blooming History
Spec references J247: B1.4d J250: B1.4d. How Jan Ingenhouz researched photosynthesis by putting plants ...

Photosynthesis research by Julius von Sachs | Botany: A Blooming History
Photosynthesis research by Julius von Sachs | Botany: A Blooming History
Spec references J247: B1.4d. Experiment by Julius von Sachs which involves testing for starch in lea...

Photosynthisis | Bitesize Science
Photosynthisis | Bitesize Science
Photosynthesis is essential to life on this planet.

Rate of photosynthesis | i-Science
Rate of photosynthesis | i-Science
Photosynthesis is the chemical reaction through which plants make glucose and oxygen. It is crucial to all life on Earth because it is the...

The discovery of chloroplast | Botany: A Blooming History
The discovery of chloroplast | Botany: A Blooming History
Timothy Walker explains how Julius von Sachs discovered where starch was made in a plant, and how new microscopy te...