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An iron core cannot support a star because iron cannot fuse with other nuclei to produce energy Why does the luminosity of a high-mass star remain nearly constant as the star burns heavy elements in its core, even though it is producing millions of times more energy per second than it …
https://quizlet.com/38730590/astro-2-flash-cards/
An iron core cannot support a star because: Iron supplies too much pressure. Iron cannot fuse with other nuclei to produce energy. Iron has poor nuclear binding energy. Iron is in the form of a gas, not a solid, in the center of a star.
https://scoutingweb.com/an-iron-core-cannot-support-a-star-because/
An Iron Core Cannot Support A Star Because ... Iron supplies too much pressure. Iron cannot fuse with other nuclei to produce energy. Iron has poor nuclear binding energy. Iron is in the form of a gas, not a solid, in the center of a star. Front. Reveal the answer to this question whenever you are ready.
https://answers.yahoo.com/question/index?qid=20080519172512AARuPgp
May 18, 2008 · a. Iron is too dense, and produces too much gravity for the star to resist collapse. b. Iron is heavy, and settles to the center rather than exerting pressure. c. It is impossible for iron to fuse with any other elements at all. d. Iron has a low binding energy and decays rapidly to lead. e. Iron cannot fuse with other elements and produce additional energy in fusion.
https://www.coursehero.com/file/14582039/Homework-11/
An iron core cannot support a star against gravity because: Select one: a. iron is the heaviest element, and sinks upon creation Check Subscribe to view the full document.
https://www.flashcardmachine.com/final-test31.html
Mar 13, 2013 · Test 3 Review (Final Test For Me) Total Cards. 77. Subject. Astronomy. Level. Undergraduate 2. Created. 03/13/2013. Click here to study/print these flashcards. Create your own flash cards! Sign up here. Additional Astronomy Flashcards . ... An iron core cannot support a star because: ...
http://www.nhn.ou.edu/~baron/ast1504/mt3_version_B_key_small.pdf
Answer Key for Exam B 2 points each ... An iron core cannot support a massive main-sequence star because iron: (a) has poor nuclear binding energy. (b) cannot fuse with other nuclei to produce energy. (c) supplies too much pressure. (d) fusion only occurs in a degenerate core.
https://futurism.com/what-happens-when-stars-produce-iron
When a star is fusing iron in its core, it’s still giving off insane amounts of energy. ... Iron cannot be fused into anything heavier because of the insane amounts of energy and force required ...
https://www.reddit.com/r/askscience/comments/3dda8f/why_cant_stars_fuse_iron/
Well, stars, if they are large enough, CAN fuse iron, as long as it's an iron isotope of 55 or lower. Our star can't fuse iron at all, because it's not big enough either. The reason is that fusion up until nuclei of 55 protons/neutrons or less will release energy. At nickel and Iron 56 and higher, it TAKES energy to create fusion to higher ...
https://studyhippo.com/astronomy-chapter-21-quiz-qas/
An iron core cannot support a star because. iron cannot fuse with other nuclei to produce energy. A surface explosion on a white dwarf, caused by falling matter from the atmosphere of its binary companion, creates what kind of object? nova. In neutronization of the core, a proton and an electron make a neutron and a.
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