Theoretically, if you were to physically go to the Sun and pour a bucket of salt water on the Sun, the bucket of water would simply evaporate, along with you can the bucket itself. However some may say the Sun is a giant nuclear reactor. If you were to input a salt water compound large enough to withstand the heat of the Sun (which is improbably to say the least), the hydrogen and oxygen atoms would split apart from each other. Both the oxygen and hydrogen would then serve as fuel for the Sun to keep on happily burning bright. Since the water is not there anymore (it was split into hydrogen and oxygen), the salt would solidify and most likely melt and disintegrate.
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Answer:
Theoretically, if you were to physically go to the Sun and pour a bucket of salt water on the Sun, the bucket of water would simply evaporate, along with you can the bucket itself. However some may say the Sun is a giant nuclear reactor. If you were to input a salt water compound large enough to withstand the heat of the Sun (which is improbably to say the least), the hydrogen and oxygen atoms would split apart from each other. Both the oxygen and hydrogen would then serve as fuel for the Sun to keep on happily burning bright. Since the water is not there anymore (it was split into hydrogen and oxygen), the salt would solidify and most likely melt and disintegrate.
Explanation: