Three starts die and become deead stars. one of the theree becomes a neutron star, another becomes a black hole, and the third becomes white dwarf. which star, before it died, would have been the most massive and which star would have been the least massive?

Black hole most massive and white dwarf least massive should be correct. It really just depends on the original size of the star and it's gravitational pull pre death.

Explanation:

Just what I learned over time. I would still do more research on the subject though.

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bhoopendrasisodiya34 bhoopendrasisodiya34 · Answer 2 · 2022-05-19T09:04:37+02:00

The dead star which is most massive before it died is a black hole and the star which is least massive is White dwarf.

What is the dead stars?

When the fusion in a star is stopped, it is considered as the dead starts. The collapse and reaction after the fusion stops create three types of stars-

Neutron Star-Neutron Star are those dead stars which has low dense. They are the least massive compare to black hole.
Black hole-The mass of this black hole is maximum in all the three. When the star is so massive as, it cannot be collapsed and be halted to become a black hole.
White dwarf-When the mass of a star is much less as it does not become a black hole or Neutron Star, then it becomes a white dwarf.

Thus, the dead star which is most massive before it died is a black hole and the star which is least massive is White dwarf.

Learn more about the dead stars here:

https://brainly.com/question/13982990

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Three starts die and become deead stars. one of the theree becomes a neutron star, another becomes a black hole, and the third becomes white dwarf. which star, before it died, would have been the most massive and which star would have been the least massive?​

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What is the dead stars?

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Three starts die and become deead stars. one of the theree becomes a neutron star, another becomes a black hole, and the third becomes white dwarf. which star, before it died, would have been the most massive and which star would have been the least massive?