The products are carbon dioxide and water.
Relating to figures for our galaxy and expanding, then the Universe contains about 10% oxygen by molecule.
1. It depends on the rarity of the metal. If it is found a lot it is not used very much but if it is rare, it is used a lot.
Solid wax, a hydrocarbon, burns in oxygen (from the air) to produce invisible carbon dioxide and water (steam). So you see the wax disappear in a flame but don't notice the equivalent mass of hot gasses rising up. Weight of candle before lighting = 50g say. Weight the gases (not easy!) after candle completely gone = 50g. Compare and contrast the nuclear fission or a Uranium candle. Weight of candle before 'lighting' = 50g Weight of all products of nuclear fission after candle (and most likely your laboratory, street, town etc) has completely gone = 49.999g (or something). Where has the 0.00001g gone? An awful lot of heat.
a lot of stuff........
Natural gas does not have many carbon atoms in its chain, so there is more than enough oxygen in the surrounding air to burn it. When compared to a long chain hydrocarbon like diesel, which will never burn completely with the normal amounts of oxygen in the air mixture surrounding it, natural gas can be identified as easily flammable as it does not give out a lot of smoke due to incomplete combustion.
(assuming was means paraffin wax in candles). No, it is a hydrocarbon made up of just hydrogen and carbon, but reacts with oxygen in the air when burned.
When a material burns it is combining with oxygen in the air. This is an energetic chemical reaction which generates a lot of heat, which is why we see flames (which are composed of super heated gas).
Relating to figures for our galaxy and expanding, then the Universe contains about 10% oxygen by molecule.
1. It depends on the rarity of the metal. If it is found a lot it is not used very much but if it is rare, it is used a lot.
Some of the American products that sales a lot in Brazil include Apple products
burns it a lot
Burns quick, burns out quick, lot of creosote. Clean your chimney OFTEN.
Yes snorting ambien burns a lot but it is readily absorbed and you can trip a lot harder. Kicks in in 2 minutes, burns for like 10 seconds.
Because it's fun...and you may or may not sweat a lot...and it burns a lot of calories :/
Solid wax, a hydrocarbon, burns in oxygen (from the air) to produce invisible carbon dioxide and water (steam). So you see the wax disappear in a flame but don't notice the equivalent mass of hot gasses rising up. Weight of candle before lighting = 50g say. Weight the gases (not easy!) after candle completely gone = 50g. Compare and contrast the nuclear fission or a Uranium candle. Weight of candle before 'lighting' = 50g Weight of all products of nuclear fission after candle (and most likely your laboratory, street, town etc) has completely gone = 49.999g (or something). Where has the 0.00001g gone? An awful lot of heat.
a lot of oxygen! that's where most of it comes from!
Swimming burns a lot of energy.