Absolutely nothing.
The Sun is nearly one and a half million kilometres across, and contains 99.8% of all the mass in the solar system. You could drop every planet, moon, asteroid, and comet on the Sun and it would barely notice. A single bomb made by humans on one tiny planet with less than 1/500th the mass of the Sun would have no effect whatsoever, even assuming it could reach the Sun intact.
The Sun is nearly one and a half million kilometres across, and contains 99.8% of all the mass in the solar system. You could drop every planet, moon, asteroid, and comet on the Sun and it would barely notice. A single bomb made by humans on one tiny planet with less than 1/500th the mass of the Sun would have no effect whatsoever, even assuming it could reach the Sun intact.
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A real fission bomb would melt long before it got anywhere near the Sun.
If you're talking about a hypothetical fission bomb that could somehow survive the Sun's heat long enough to get to the surface of the Sun...well, then, you're making stuff up, so whatever you want to happen can happen. That said, a fission bomb with a yield like those of real fission bombs could not possibly have any significant effect on the Sun.
If you're talking about a hypothetical fission bomb that could somehow survive the Sun's heat long enough to get to the surface of the Sun...well, then, you're making stuff up, so whatever you want to happen can happen. That said, a fission bomb with a yield like those of real fission bombs could not possibly have any significant effect on the Sun.
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Absolutely nothing. The high explosives used to compress the fission mass to criticality would simply burn away long before contact with the Sun. Even if you could produce a detonation, the largest nuclear explosions ever created by man (the 50MT Soviet AN602 "Tsar Bomba" fusion warhead) would release an utterly infinitesimal amount of energy relative to the Sun itself.
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it wouldnt make it
it would burn up too fast
it would burn up too fast
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It would be exploded. that's all.