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There just isn't enough oxygen up there to support a fire that size. Add to this that a normal chemical fire would just not get hot enough to put out the heat that the sun does. We are able to measure the radiation from the sun. Then there would be the question that asks where was the fuel grown that feeds the fire that is the sun, and how did it grow on a planet as big as the sun before it started burning.

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15y ago
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14y ago

If the Sun were composed entirely of, let's say, methane, and radiated heat by combustion of this methane with oxygen, the Sun would only be able to radiate energy for about 3000 years (at its current rate). In other words, if the Sun produced energy by chemical reactions, then it would just be a giant ball of cold carbon dioxide and water vapor by now.

The Sun actually emits energy released from nuclear fusion which occurs deep in its core. These nuclear reactions release much much more energy, so the Sun will be around for billions of years to come (I hope).

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10y ago

More Energy is released per unit of fuel.

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Q: Why is it important that the sun uses fusion to produce energy and not chemical reaction?
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