Synopsis
Dr Gabrielle Walker and Dr Andrea Sella investigate what happens when pressure is applied to ice and how this allows us to ice skate.
- Programme: The Secret Life of Ice
- Channel: BBC Four
- Broadcast year: 2011
- Geography | Glacial landscapes | Glacial landforms | Ice
Licence: ERA Licence required
UK only
Staff and students of licensed education establishments only
Cannot be adapted
Add Notes
More clips from The Secret Life of Ice
Glacier colour | The Secret Life of Ice
Glacier colour | The Secret Life of Ice
Dr Gabrielle Walker explores the Jostedalsbreen glacier in Norway and explains the different colours of glacier ice.
Glacier moving | The Secret Life of Ice
Glacier moving | The Secret Life of Ice
Dr Gabrielle Walker explores the Jostedalsbreen glacier in Norway and explains how glaciers move.
Ice and climate change | The Secret Life of Ice
Ice and climate change | The Secret Life of Ice
Dr Gabrielle Walker investigates the ability of ice to preserve carbon dioxide and thus demonstrate how our climate has chang...
Ice and radar | The Secret Life of Ice
Ice and radar | The Secret Life of Ice
Dr Gabrielle Walker investigates the ground-breaking discovery that ice is transparent to radar, which has allowed us to reveal how de...
Ice crystal properties | The Secret Life of Ice
Ice crystal properties | The Secret Life of Ice
Dr Gabrielle Walker and Dr Andrea Sella investigate the properties of ice crystals, to explain why ice floats.
Ice in space | The Secret Life of Ice
Ice in space | The Secret Life of Ice
Dr Gabrielle Walker talks to Professor Michele Dougherty about the discovery of ice in space and how this could be a sign of extra-terr...
Ice storms | The Secret Life of Ice
Ice storms | The Secret Life of Ice
Dr Gabrielle Walker investigates how extreme cold weather can cause ice storms
Life in icy environments | The Secret Life of Ice
Life in icy environments | The Secret Life of Ice
Dr Gabrielle Walker investigates how life has evolved in icy underwater environments.
Rocks in a glacier | The Secret Life of Ice
Rocks in a glacier | The Secret Life of Ice
Dr Gabrielle Walker investigates how glaciers grinds down rock.
More resources about Particle Model of Matter
Atmospheric pressure | Short Circuit
Atmospheric pressure | Short Circuit
. Atmospheric pressure is related to the weight of the air above you.
Dissolved gases under pressure | Short Circuit
Dissolved gases under pressure | Short Circuit
. Spec references: J249: P1.3c, P1.3d, P1.3f Analogy between dissolved gases in the blood and fizzy drinks.
Height and pressure | Short Circuit
Height and pressure | Short Circuit
Effect of height above the surface of the Earth on pressure - diving patient on a helicopter flight.
Heisenberg's Uncertainty Principle | Atom
Heisenberg's Uncertainty Principle | Atom
Jim Al-Khalili explains Heisenberg's famous Uncertainty Principle that explains why an atom can't be visualised.
How Rutherford Discovered the Nucleus | Atom
How Rutherford Discovered the Nucleus | Atom
Spec references J248: C1.2a J250: C1.2a. Detailed desciption of how Rutherford's alpha particle scattering experiment was develo...
Ice crystal properties | The Secret Life of Ice
Ice crystal properties | The Secret Life of Ice
Dr Gabrielle Walker and Dr Andrea Sella investigate the properties of ice crystals, to explain why ice floats.
Introduction to Electronic Structure and Chemical Properties | Atom
Introduction to Electronic Structure and Chemical Properties | Atom
Spec references J248: C2.2h J250: C2.2h. Professor Jim Al-Khalili explains how chemical properties are de...
Pressure | Short Circuit
Pressure | Short Circuit
Bringing chemistry, physics and biology to life using real-life examples, 3D graphics and practical experiments.
Pressure and water depth | Short Circuit
Pressure and water depth | Short Circuit
Spec references J249: P1.3c, P1.3d, P1.3f. Effect of water depth on an enclosed volume of air - scuba diver.
The Clash of the Titans | Atom
The Clash of the Titans | Atom
Nuclear physicist Jim Al-Khalili tells the story of the discovery that everything is made of atoms, and of the minds behind the scientific bre...
The decompression chamber | Short Circuit
The decompression chamber | Short Circuit
Spec references J249: P1.3c, P1.3d, P1.3f. How a decompression chamber works - animation and analogy with diving context .
The effect of pressure on gases | Short Circuit
The effect of pressure on gases | Short Circuit
Spec references J249: P1.3c, P1.3d, P1.3f. The effect of pressure on bubble size - animation.
The quantum jump | Atom
The quantum jump | Atom
Jim Al-Khalili attempts to explain one of the most difficult scientific concepts, but one that underpins everything.
What is the bends? | Short Circuit
What is the bends? | Short Circuit
. How bubbles in the blood cause the bends.
Physical Processes 3: Temperature and Heat | Scientific Eye
Physical Processes 3: Temperature and Heat | Scientific Eye
The show delves into the nature of heat as a form of energy transfer,