Suppose that, for some unknown reason, the core of the Sun suddenly became hotter. Which of the following best describes what wo
uld happen? Suppose that, for some unknown reason, the core of the Sun suddenly became hotter. Which of the following best describes what would happen? Higher temperature would cause the rate of nuclear fusion to rise, which would increase the internal pressure, causing the core to expand and turn the Sun into a giant star. Higher temperature would cause the rate of nuclear fusion to rise, which would increase the internal pressure, causing the core to expand and cool until the fusion rate returned to normal. Higher temperature would cause the rate of fusion to fall, decreasing the internal pressure and causing the core to collapse until the rate of fusion returned to normal. The higher temperature would not affect the fusion rate but would cause the core to expand and cool until the temperature returned to normal, with the core at a new, slightly larger size. The higher temperature would cause the rate of fusion to rise, which would decrease the internal pressure, which would cause the Sun to contract
B. Higher temperature would cause the rate of nuclear fusion to rise, which would increase the internal pressure, causing the core to expand and cool until the fusion rate returned to normal.
Explanation:
If the sun suddenly becomes hotter then the incense higher temperatures will lead to the higher rates of the nuclear fusion and fission that take places due to the reaction of the hot gases as hydrogen and the helium.
This would lead to the rise of the internal heat and combine temperatures that could cause the core of the sun to expand and it would take days for it to cool down and return to the normal cycle.
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