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Why does core fusion cease when silicon forms in the core of a massive star?

Why does core fusion cease when silicon forms in the core of a massive star?

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Why does core fusion cease when silicon forms in the core of a massive star? Because the energy released when silicon fuses is so high it blows apart the star. Because silicon is the most tightly bound nucleus so cannot undergo fusion. Because silicon, being ferromagnetic, attracts other metals to the core. Because silicon is the heaviest element of all. OActually, core fusion does not cease when silicon forms in the core.
Transcribed Image Text:Why does core fusion cease when silicon forms in the core of a massive star? Because the energy released when silicon fuses is so high it blows apart the star. Because silicon is the most tightly bound nucleus so cannot undergo fusion. Because silicon, being ferromagnetic, attracts other metals to the core. Because silicon is the heaviest element of all. OActually, core fusion does not cease when silicon forms in the core.
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