k Strike a light A match bursts into flames after being struck. This match, of the strike anywhere kind, consists mainly of phosphorus sesquisulphide and potassium chlorate in the head. When the head is run across a rough surface, friction heating allows an exothermic oxidation reaction to take place. The excess heat developed is sufficient to ignite the wood of the match stick. Editorial Stock Photo - Afloimages
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Strike a light! A match bursts into flames after being struck. This match, of the 'strike anywhere' kind, consists mainly of phosphorus sesquisulphide and potassium chlorate in the head. When the head is run across a rough surface, friction heating allows an exothermic oxidation reaction to take place. The excess heat developed is sufficient to ignite the wood of the match stick.
ED

Strike a light! A match bursts into flames after being struck. This match, of the 'strike anywhere' kind, consists mainly of phosphorus sesquisulphide and potassium chlorate in the head. When the head is run across a rough surface, friction heating allows an exothermic oxidation reaction to take place. The excess heat developed is sufficient to ignite the wood of the match stick.

Details

ID
10571001

Collection

License type
Editorial

Photographer

Creation date
15-11-2010

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