The moment the match stick catches fire when it is given friction from the match box, the temperature would be around 2500oC.
Part of it has to do with the difference in specific heat(the measure of the heat energy required to increase the temperature of a unit quantity of a substance by a certain temperature interval), where water has a specific heat that is typically much higher than a given metal. Another part has to do with the fact that water is a liquid, meaning it can flow, and its adhesive(attraction between unlike molecules) properties that cause it to stick to your skin. So, the hot water stores more energy than the metal at the same temperature, and touching it causes it to stick to you, unlike metal which one can typically pull away from. These factors lead to a worse burn
Metal can cause burns at temperatures as low as 50-60 degrees Celsius. Skin can suffer first-degree burns at this temperature, while more severe burns can occur at higher temperatures. It's essential to handle hot metal with caution and appropriate protective equipment to avoid burns.
Generally, for snow to stick, the ground temperature needs to be at or below 32 degrees Fahrenheit (0 degrees Celsius). However, factors such as humidity, air temperature, and the intensity of the snowfall can also affect whether snow will stick to the ground.
Phosphorus burns at very high temperatures, about 1600-1800oC, phosphorus is the red tip at the end of a kitchen match. The chemical formula for the combustion of Phosphorus is: P4 + 5 O2 yields P4O10
Hot
Among other things:* You'll no longer have a match stick.* The wood of the match stick will convert to smoke; among other things, CO2 will be produced.* In the process, some oxygen will be used up.
The head of the match where the flammable material is located is usually the first part of the match stick to catch on fire.
A match stick typically contains potential energy in the form of chemical energy stored in the match head and the striking surface. When the match is struck, this potential energy is converted into thermal energy and light as the match ignites and burns.
Because of lower ignition temperature of the chemical applied on match stick.
The red tip is actually a chemical called Phospsorous. It burns when we rub it against the face of the match stick.
physical change because it is still wood, just charred
A match burns to produce fire. It burns because of the reaction between the sulfur in the match and the object it is striking.
You can light a match stick using another match stick, a lighter, or a candle. Simply expose the match head to the flame to ignite it.
A match contain a stick (from wood or paper) and a head with the active components.
With a match stick :)
Of course it's possible to stick a match up your nose, but why would anyone want to do that?Now, if you meant "strike a match inside your nose", then that sounds much more reasonable.Matches need enough friction to ignite the chemicals on the match head. It is unlikely that the mucous membranes inside your nose have enough friction. Besides...the chemicals on a match head should not come in contact with any part of your face.
the match stick dude, who else