Posts Tagged ‘chemistry’

Barking Dog.mov

Explanation of the reaction in the 2010 SHS Harry Potter themed AP Chemistry Magic Show. Explanation is intended for third graders.

Barking Dogs (White Phosphorus)

Barking Dogs (White Phosphorus)

Barking dog reaction

A combustion of nitric oxide and carbon disulfide. It’s pretty sweet.

Barking Dog

Andrea Sella of UCL chemistry shows off the notorious ‘barking dog’ reaction, responsible for many a scared facial expression in pre-1920’s photography.

The UCL Diary | 246. Everybody’s Kind of Blue. | The Flash Light: The Barking Dog 2009.

UCL DIARY CCXLVI EVERYBODY’S KIND OF BLUE The Chemical & Physical Society (CPS) starts this year with an extraordinary demonstration lecture by Dr Andrea Sella, EPSRC Senior Media Fellow. This clip features the Chemistry classic – the Barking Dog – reinvented for 2009 – not once, not twice, but three times in a row! Make sure you stay tuned to Dr Andrea Sella’s TV appearance in the new series of BBC Elements later on this year! … The UCL Diary 246 Kind of Blue Chemistry CPS Dr Andrea …

Barking Mad: Part 2: The Reaction

The Barking Mad team demonstrate the Barking Dog reaction in the lab. See more at www.fireintheholevideos.tk

Elementary Productions: Small scale Barking Dog reaction

In this video, the classical “Barking Dog” reaction is demonstrated. In this reaction, a vessel is filled with an oxidising gas and a fuel, in this case Nitrous Oxide and Carbon Disulfide. When ignited, the reactants decompose under strong evolution of heat. This is one of the rare examples of luminescence in the gas phase.

Barking Dog

Andrea Sella of UCL chemistry shows off the notorious ‘barking dog’ reaction, responsible for many a scared facial expression in pre-1920’s photography.

Barking Mad: Part 2: The Reaction

The Barking Mad team demonstrate the Barking Dog reaction in the lab. See more at www.fireintheholevideos.tk

Elementary Productions: Small scale Barking Dog reaction

In this video, the classical “Barking Dog” reaction is demonstrated. In this reaction, a vessel is filled with an oxidising gas and a fuel, in this case Nitrous Oxide and Carbon Disulfide.

When ignited, the reactants decompose under strong evolution of heat. This is one of the rare examples of luminescence in the gas phase.