That depends on whether you are considering the work done to overcome the force of static friction between the match head and the striking paper.
Other than that, as I understand it, after you have heated part of the chemical compound on the match head sufficiently so that it combusts, the heat it outputs then affects the chemicals in close proximity heating them to the point of combustion. I'm not sure you could consider that chemical reaction to be work done, but you could argue it outputs energy.
The lens concentrates the sun's rays into a tiny point of heat, which causes a match or other combustible material to ignite.
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 burning match stick produces a sound because of the heat its flames are producing. The snuffing of the fire produces a tiny bit of steam, which make the hissing sound.
While swinging the stick you have created potential energy within the stick's swing. This potential energy is converted into kinetic energy as the stick contacts the wall; but as the wall does not move, or moves quite neglibly, the kinetic energy is converted into loud sound energy. Nevertheless, not all of the kinetic energy is converted: the stick itself reacts, and there is a severe vibration that 'backfires' through the stick itself, if it is still held. In some cases, the stick will break. There is also a miniscule reaction-vibration through the wall itself. Additionally, what is not converted to any of these other energies is converted into heat energy at the point where the stick contacted the wall - both, on the stick and on the wall.
Slab pull occurs when two plates stick together.
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.
Yes the end of the match is being rubbed on the material on the side of the match box causing enough friction to start the match burning.
Potassium chlorate is used in match heads to provide oxygen for the combustion of the match. When the match is struck, the potassium chlorate decomposes into potassium chloride and oxygen gas, which helps ignite the match stick.
the included fuel and oxidant are quickly used up but last long enough to ignite the stick
The stick of a match contains chemical energy, which is released when the match is struck, causing a chemical reaction that produces heat and light.
work_done = force x distance In igniting a match a force is applied to push the match a distance along the box, thus work is done.
When a match stick is rubbed on a rough surface, the friction creates heat. The heat then ignites the chemicals on the match head, specifically the phosphorus and sulfur, which undergo a chemical reaction with the oxygen in the air. This reaction produces a flame, causing the match stick to light.
Safety match heads contain minuscule amounts of potassium chlorate, as an oxidizer. When a match is struck, the friction generated between the match head and the box is sufficient to ignite the red phosphorus. Again sufficient heat is generated to prompt the decomposition of the potassium chlorate in the head. At this point the extra oxygen aids the fuel in the match stick and the wood itself catches fire.
The lens concentrates the sun's rays into a tiny point of heat, which causes a match or other combustible material to ignite.
The top of a match is called the "match head." It is typically made of a mixture of chemicals that ignite when struck against a rough surface. The match head is designed to produce a flame that can be sustained long enough for the stick itself to catch fire.
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.
The chemical potential energy stored in the matchstick is converted into thermal energy and light energy during burning. The heat released during the combustion reaction causes the matchstick to ignite and produce a flame.