Dulce
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.
Yes, red color matches with itself. This is because when two colors are identical, they will always match by definition.
A spectrum goes from red at the low frequency end to violet at the high frequency end.
1 part Red + 1 part Yellow = Orange 2 parts Red + 1 part Yellow = Red-orange 1 part Red + 2 parts Yellow = Yellow-Orange
The primary (first) colours are the basic building blocks. You use them to make other colours but can not mix other colours to get them. The primary colours are: Red Blue Yellow. The secondary (second) colours are the result of mixing two of the primary colours in equal parts to achieve a colour. The secondary colours are: Purple - 1 part Red + 1 part Blue Orange - 1part Red + 1 part Yellow Green - 1 part Blue + 1 part Yellow The tertiary (third) colours are the result of adding one part primary colour to the secondary colours it is part of, resulting in colours closer to the primaries than the secondaries. The tertiary colours are: Red-Purple - 2 parts Red + 1 part Blue Blue-Purple - 2 parts Blue + 1 part Red Blue-Green - 2 parts Blue + 1 part Yellow Yellow-Green - 2 parts Yellow + 1 part Blue Yellow-Orange - 2 parts Yellow + 1 part Red Red-Orange - 2 parts Red + 1 part Yellow.
Sulphur
the red and white part
The red bit at the end of a match, known as the match head, is typically made of a mixture of chemicals including potassium chlorate, sulfur, and glass powder. This combination allows for ignition when struck against a rough surface. The red color often comes from the addition of red phosphorus or other pigments. The exact composition can vary depending on the type of match (safety matches vs. strike-anywhere matches).
Nothing, a little sulfur won't hurt you.
yes, the red part of the match on the end of the stick along with the red piece on the side of the box have tiny spikes which, when rubbed, create friction. The friction causes heat, which ignites the tip of the match.
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.
you go to the end and see what you get (which is an hm called surf and some gold teeth so you can get the hm strength)
The red tip is actually a chemical called Phospsorous. It burns when we rub it against the face of the match stick.
yes it does match (:
Do you mean a red card? When a Referee gives someone a red card in a soccer match, that player is sent of for that match AND the following match. If a player gets 2 yellow cards in THE SAME MATCH, it is the same as getting a red card, and the player hasto leave the field for the match and cannot play for the following match.
black
Yes, red color matches with itself. This is because when two colors are identical, they will always match by definition.