After a Supernova Event What Is Left Behind

During a supernova if a star is massive enough for its gravity to overcome neutron degeneracy pressure in the core the core will collapse to a black hole. Aalways a white dwarf beither a neutron star or a black hole calways a neutron star deither a white dwarf or a neutron star ealways a black hole 1 See answer Advertisement Advertisement haileyparrill6170 is waiting for your help.

W49b Is A Highly Distorted Supernova Remnant There Is Evidence That W49b Left Behind A Black Hole Not A Neutr Space And Astronomy Milky Way Galaxy Milky Way

B always a neutron star.

. If enough mass is accreted by a white dwarf star that it exceeds the 14 solar mass limit it will undergo a supernova explosion and leave behind a black-hole remnant. D either a white dwarf or a neutron star. After a supernova explosion the remains of the stellar core be either a neutron star or a black hole Algol consist of a 37 MSun main-sequence star and a 08 MSun subgiant.

Home Blog Uncategorized after a massive star supernova what is left behind. C a neutron star. What remains after a supernova Elements are produced by neutron capture in a supernova Movie of element production in a supernova Test 2 is on Wed 26th New material is Newton through class on 19th Mostly on new material not on first test.

A The core contracts and becomes a ball of neutrons. 39 Which of the following sequences correctly describes the stages of life for. E The core contracts and becomes a black hole.

72 After a supernova event what is left behind. A always a white dwarf. At the end of its life the remaining core of this star will be left behind as A a black hole.

Missouri Club Tues 25th. E a white dwarf made primarily of carbon and oxygen. Supernova remnant nebula left behind after a supernovaa spectacular explosion in which a star ejects most of its mass in a violently expanding cloud of.

38 After a supernova event what is left behind. E either a neutron star or a black hole. See link on the syllabus.

B a white dwarf made primarily of silicon and iron. D a white dwarf made primarily of silicon and iron. Add your answer and earn points.

A either. In the end the remaining core of this star will be left behind as A a white dwarf made primarily of carbon and oxygen. B Gravity is not able to overcome neutron degeneracy pressure.

D The star explodes violently leaving nothing behind. C always a black hole. After a massive-star supernova what is left behind.

C The core contracts and becomes a white dwarf.

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