How does the lifespan of a massive star compare to the Sun's lifespan?
Answer
Massive stars live fast, burning fuel in millions of years compared to the Sun's ten billion years
Massive stars consume their fuel much faster due to the vastly higher temperatures and pressures required to resist their intensified gravitational crush, resulting in a much shorter overall lifespan.
Related Questions
What is the primary function of a star's core?What temperature does the core of our Sun reach?How does the lifespan of a massive star compare to the Sun's lifespan?What structural analogy is commonly used to describe the final layered fusion stages of a massive star's core?What inert element constitutes the final core of a massive star that triggers the catastrophic collapse?What is the energetic consequence of attempting to fuse iron nuclei in a massive star's core?For less massive stellar remnants, which pressure source is sufficient to halt gravitational collapse and form a white dwarf?What two critical physical processes transform the composition of the core during its rapid, runaway implosion?What types of elements are forged immediately following the core failure in the explosion's shockwave and neutrino burst?What percentage of a massive star's total mass might the inert iron core constitute just before the star undergoes core collapse?