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On a safety match (the kind you strike on a box) the red bit is primarily a compound called potassium chlorate. The strip on the box is red phosphorous. When you strike it on the box the two compounds create an explosive mixture which is then ignited by the heat and sparks produced by friction between the strip and the match head. Strike anywhere matches put the two compounds together on the match, the red is the phosphorous and the white tip is potassium chlorate. When you strike the match they mix and catch fire similar to striking a safety match on the box.
Strike the Match was created on 2008-06-06.
you strike the match
Strike it on a match box.
i believe it is a
you
the friction of the match causes the chemicals inside the match head to ignite...in cause as long as there is oxygen in the room the match will light as quick as you strike the match....in other words...the match only lights as fast as you can strike it
When you strike a match, first the energy is chemical because of the chemcial on the tip of the match. Then, it is mechanical because your hand moves. Then it is thermal because the match lights on fire.
there like strike anywhere matches where you can strike them on anything that creates friction.
A mach which usually has a different colored tip. the tip is sulfur which is the oxidiser for the phosphorus in the match. Which allows you to strike it on any rough surface. regular matches the sulfur is in the sandpaper you strike it on.
The falling piano was next seen to strike the pavement.
White phosphorus.