6.08
No. Only oxygen is sufficient for something to combust.
Answer:Burning of wood is a process of combustion. By definition if something is undergoing combustion oxygen must be involved in the reaction.
CO, CO2, H2O and more comlicated structures.
No.
No - we exhale to remove air that has a high content of carbon dioxide. Excess oxygen is not a problem when breathing - oxygen deficiency IS a problem.
Because the hydrogen and oxygen are already chemically combined.
Silver does not combust as it is not a very reactive metal. It corrodes slowly by reacting with oxygen in the atmosphere.
No-luminous flames, with a blue color, are formed when the oxygen is in excess.
A hydrocarbon is a compond composed only of carbon and hydroge. Butanol, or C4H10O, is a compound oc carbon, hydrogen, and oxygen.
It is used to compress the oxygen and fuel and cause it to to combust
Methane needs oxygen to combust so it would depend on how much oxygen there is in the chamber.
Both of them will work. I'm going with ethanol because you can go to any hardware store in America and buy a can of "denatured alcohol," which is ethanol mixed with something to make it undrinkable (usually methanol, but they can use a lot of things, like Bitrex or gasoline). Butanol is harder to get. Additionally, it is likely that butanol will not burn clean. The extra carbon bonds require more oxygen to fully combust. You will probably end up with a lot of soot on your kettle and in your backpack, not to mention a nice chemical smell at your campsite.
No. Only oxygen is sufficient for something to combust.
CO, CO2, H2O and more comlicated structures.
Answer:Burning of wood is a process of combustion. By definition if something is undergoing combustion oxygen must be involved in the reaction.
It is butyl selenol, a selenium analogue of butyl mercaptan (butanethiol, sulfur) or butanol (oxygen).
The combution process is two stage, carbon monoxide is formed first and if excess oxygen is present an the carbon monoxide reacts with additional oxygen to form carbon dioxide. 2C + O2 ---> 2CO + O2 ---> 2CO2