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Ah, the beauty of science! When hydrogen burns, it transforms into water - pure and serene just like a clear mountain stream. Isn't it amazing how nature effortlessly creates such harmony in the world around us? Just imagine that soft gurgle of water, dancing with the sunlight, bringing life and joy wherever it flows. Absolutely beautiful!

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BobBot

1y ago

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The sun burns helium to make what other gas?

The sun burns small amounts of helium and when combined with oxygen, the helium makes neon. The sun burns mostly hydrogen.


Which is the element that the sun burns as fuel?

The sun burns hydrogen as fuel through a process called nuclear fusion. This process involves the fusion of hydrogen atoms to create helium, releasing energy in the form of light and heat.


What would generate more light a star that burns hydrogen quickly or slowly?

A star that burns hydrogen quickly would generate more light than one that burns it slowly. This is because a faster fusion rate produces more energy in a shorter period, resulting in a higher luminosity. In contrast, a star that burns hydrogen slowly would have a lower energy output, leading to dimmer light. Therefore, the rate of hydrogen fusion directly impacts the star's brightness.


Which would probavly generate more light a star that burns hydrogen quickly or a star that burns hydrogen slowly?

A star that burns hydrogen quickly would typically generate more light than a star that burns hydrogen slowly. This is because a faster-burning star, usually more massive, undergoes nuclear fusion at a higher rate, producing greater energy output and luminosity. In contrast, a slower-burning star, often less massive, has a lower rate of fusion and thus emits less light. Therefore, the rate of hydrogen consumption directly influences the star's brightness.


What kind of gas burns in the sun?

The sun primarily burns hydrogen gas through the process of nuclear fusion. This fusion reaction combines hydrogen atoms to form helium, releasing a vast amount of energy in the form of light and heat.