Quote (MyEnemy @ Jun 4 2011 08:11pm)
Hello ignorant heathen who has an idea in his head and will refuse to accept that he is wrong no matter what and I am a masochist for arguing and replying to your post.
Well here goes... When you burn something, anything, you are causing a chemical reaction. A chemical reaction can release or store energy in a molocule. When you, for example, burn a log; you are releasing chemical energy that was collected from the sun and through photosynthesis used to form carbon based molocules to for the plant. When a log burns, it's mass is combining with the mass of the oxygen in the air. Specifically the carbon in the molocules in the log is combining with the oxygen to form carbon monoxide. While this process happens it realeases the stored chemical energy by means of producing heat. We can see this in the observed fire, fire which is the very hot carbon monoxide gas and impurities found in the log glowing bright orange because it is so hot. During this process, there is no change to any atoms, only molocules, every bit of mass that is in the air and the log is conserved and changed into smoke and ash and carbon monoxide. This is called a chemical reaction and matter can not be created or destroyed in a chemical reaction.
I hope you can find the mental fortitude somewhere deep down to read and understand this though I very much doubt it.
Once again though, please don't reproduce if you value humanity's survival in the future.
for acting as high and mighty as you are perhaps you should try taking a look into this topic again.
1st) a combustion reaction is the reaction were talking about: where cellulose in wood (amongst other organic compounds) is reacting with oxygen. the energy from the reaction is stored in the bonds of the carbohydrates not just simply energy 'collected from the sun'. its specifically stored in the highly reduced carbohydrates of the plant.
2nd) a combustion reaction forms carbon dioxide gas, not monoxide
3rd) it glows orange because the amount of heat, free radicals, and transition state molecs the reaction produces causes electrons to rise to a state sufficient enough to emit visible light (in woods' [and many organic compounds] case orange) as they fall back down to their ground state.
copper for instance burns with a green flame even if it is burning at the same temperature as a wood flame. natural gas burns with a blue flame, which is why your stove is always blue, not orange, despite being capable of burning at comparable temperatures as wood
4th) im pretty sure that lone500 is trolling you
so please mr high and mighty don't reproduce if you value humanity's survival in the future
This post was edited by Kamikizzle on Jun 4 2011 09:58pm