";s:4:"text";s:5712:" Course Hero has all the homework and study help you need to succeed! With our help, your homework will never be the same! B) iron is in the form of a gas, not a solid, in the center of a star. Throw ash on a fire, you get hot ash. b. Iron cannot fuse with other nuclei to produce energy. Log in. An iron core cannot support a star because: A) iron supplies too much pressure. iron can’t fuse with other nuclei to form energy: Term. Subscribe to view the full answer Log in. Iron has poor nuclear binding energy. Join now. It’s not that it somehow actively stops the process, but at the same time: it doesn’t help. Iron is too dense, and produces too much gravity for the star to resist collapse. Click here to get an answer to your question ️ Iron fusion cannot support a star because 1. E) iron is in the form of a gas, not a solid, in the center of a star. Without fuel, the rest of the star is free to collapse the core without opposition, and … 1.4 solar masses: Term. A question about the IRON CORE of a STAR?
C) iron supplies too much pressure. The nebulae around T Tauri stars are shaped into disks because of the same process that causes ... An iron core cannot support a star because: Definition. d. Iron has a low binding energy and decays rapidly to lead. What is the Chandrasekhar limit? Iron cannot fuse with other nuclei to produce energy. D) iron supplies too much pressure. An iron core cannot support a massive main sequence star because iron a has from ASTR 2091 at Kean University Many scouting web questions are common questions that are typically seen in the classroom, for homework or on quizzes and tests. D) iron cannot fuse with other nuclei to produce energy. An iron core cannot support a star because: A) iron is in the form of a gas, not a solid, in the center of a star.
Post your homework questions and get free online help from our incredible volunteers. B) iron has poor nuclear binding energy. You can ask C) iron has poor nuclear binding energy. Their consistent bright and equal luminosities make them excellent "standard candle" tools for mapping out distances to objects all around the universe.A star is on the horizontal branch of the H-R diagram. D) iron cannot fuse with other nuclei to produce energy.
Physics. Simply reveal the answer when you are ready to check your work. neutrinos Term. B) iron cannot fuse with other nuclei to produce energy. Log in. iron cannot fuse with other nuclei to produce energy.The observed brightening of a typical nova to its peak during the explosion event takes about 3 days.What temperature is needed to fuse helium into carbon?Which of the following best describes the evolutionary track of the most massive stars?horizontal right, then back to the left, then back to the rightIf it gains sufficient mass from a binary companion, a white dwarf can become aBlue supergiant stars cannot explode as supernovae until they evolve into a different star type.A surface explosion on a white dwarf, caused by falling matter from the atmosphere of its binary companion, creates what kind of object?white dwarfs and companion stars producing recurrent Type I supernova eventsWhen a low mass star first starts running short of hydrogen in its core, it becomes brighter becausethe core contracts, raising the temperature and enlarging the hydrogen burning shell outward which then heats and expands the outer layers.While the core of the red giant is contracting and heating up, its radiation pressure actually causes its photosphere to swell up and cool off.not found yet; the oldest, coldest white dwarf in the Galaxy has not cooled enough yet.Which stars in globular clusters are believed to be examples of mergers?In a supernova explosion, the amount of time it takes from the start of the giant star's collapse until the star starts to rip itself apart is...As a star's evolution approaches the Type II supernova, we findThe parent star was a blue supergiant, much like Deneb or Rigel.____________________________ show little variation in their properties from one to another, no matter when or where they occur. Absolutely no cheating is acceptable. Question B) iron is the heaviest element, and sinks upon differentiation.
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