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Just like logs on a campfire or oil in an old-fashioned lamp, wax in a candle is actually fuel for the flame itself.

The candle continues burning as long as there is wax to be melted & soaked into the wick. As it burns, the wax oxidizes into water vapor, CO2, and, of course, light.

Wax continues to melt around the flame and soak up the wick to be used as fuel, causing the candle appear to "disappear" as we watch it burn.

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Q: What happens to the wax as the mass of the candle gets less?
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Is the molecular mass of candle wax less than 100?

No, the range is about 282-562 molecular mass for candle wax.


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Maybe a better question is whether a candle AND it's combustion products gets heavier or lighter. Since a candle uses the oxygen from the air, the total mass gets heavier than the original candle.


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The mass of the initial candle is identical with the sum of masses of released gases from burning and the residues remained.


How does burning candle affect mass differently than melting a candle?

When a candle burns, it undergoes a chemical reaction called combustion, where the wax reacts with oxygen to produce carbon dioxide and water vapor. During this process, the candle's mass decreases as some of the wax is converted into gases. On the other hand, when a candle melts, it transitions from solid to liquid state, but its mass remains unchanged as no chemical reaction occurs.


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