The sun would then be dead, and the solar system including all the planets would receive no more energy from the sun. Life on Earth would die out.
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It is thought that the sun is not large enough to fuse carbon into iron. It turns out it should fuse all of the helium and finally end leaving nothing but carbon. In fact, our sun will turn into a dwarf star which will resemble basically a planet sized diamond.
Stars that produce iron through fusion are usually much larger and produce supernovas. The heavy gravitational pull uses excess energy to fuse iron into the larger and more rare elements before blowing the entire star and core apart. This is how these heavy elements exist around the universe.
iron
Nuclear Fusion only releases energy when elements that are higher than what Nuclear Fusion produces certain sotopes of lighter elements.
The idea of nuclear fusion occurring at room temperature is called cold fusion.
Nuclear fusion doesn't produce energy.
nuclear fusion make more energy and they both make energy and have waste products
Yes, fusion is exothermic until nickel & iron are produced.
The process is called stellar nucleosynthesis and is based on nuclear fusion reactions.
iron
They use nuclear fusion and the iron makes light escape.
nuclear fusion
Nuclear Fusion only releases energy when elements that are higher than what Nuclear Fusion produces certain sotopes of lighter elements.
nuclear fusion would not occur
Nuclear Fusion
Nuclear fusion: mainly of hydrogen into helium. To a lesser extent there is fusion of helium into larger elements - all the way to iron.
Nuclear fusion, which is the mechanism by which stars operate, will cause lighter nuclei to "combine" (fuse) to create heavier ones. It will also cause a lot of energy to appear. This is because the fusion reactions are exothermic (at least through fusion that creates elements up through iron).
Combining two atomic nuclei is called nuclear fusion.
Fusion is a nuclear reaction.