Christmas Science | The Northern Lights | Displacement of Copper by Aluminium
To guide Santa on is way we light up the sky with the Northern lights This demonstration shows the displacement of copper from copper chloride by aluminium (which is higher in the reactivity series) leaving solid copper and aluminium chloride. The copper can be seen to form around the aluminium. The acid removes the aluminium oxide layer so the reaction can take place; this will also react with the aluminium to produce hydrogen gas. This can be ignited to produce green/blue flames.

▶︎
The rainbow flame demonstration

▶︎
Christmas Science | We Need Reindeer Fuel | Oxidation of Ammonia

▶︎
5 Easy At Home Science Experiments w/ Mark Rober

▶︎
2012 Christmas Lectures - Burning a Diamond

▶︎
Steve Spangler's Biggest Experiment Yet!

▶︎
5 Misunderstood Facts About The Northern Lights - Do The Northern Lights Make A Sound?

▶︎
Mark Rober’s $60 Million Science Experiment | TED

▶︎
Can Christmas Tree Lights Spark a Fire? | MythBusters

▶︎
Brilliant Time-Lapse of Alaska’s Northern Lights | Short Film Showcase

▶︎
The Problem With Fingerprint Analysis

▶︎
Life of Antonie van Leeuwenhoek | Simple History

▶︎
What Causes The Northern Lights?

▶︎
Maggie Haberman & Jonathan Swan - On “Regime Change” & Inside The Trump Presidency | The Daily Show

▶︎
Can a Radio Antenna Cook a Christmas Dinner? | MythBusters

▶︎
See a Salamander Grow From a Single Cell in this Incredible Time-lapse | Short Film Showcase

▶︎
Amazing Experiments with Science Bob Pflugfelder

▶︎
What Are The “Northern Lights”? | COLOSSAL QUESTIONS

▶︎
Alkali Metals Reacting with Water

▶︎
DIY Northern Lights! TKOR Explores How To Make Northern Lights In Your Own Home!

▶︎
