What is the approximate radius change a Sun-like star experiences when expanding into a Red Giant?
Answer
Its radius can swell perhaps a hundred times its Main Sequence size.
The text states that for a star like the Sun, the expansion during the Red Giant phase can cause its radius to swell by about a factor of one hundred compared to its size on the Main Sequence.
Frequently Asked Questions
What maintains the stable equilibrium of a star, like our Sun, while it is on the Main Sequence?What is the immediate trigger for the dramatic expansion of a Sun-like star into a Red Giant?According to the Stefan-Boltzmann Law, what causes the Red Giant phase to be vastly more luminous than the Main Sequence star?What causes the surface color of an evolved star to shift toward the red end of the spectrum?For a star similar in mass to the Sun, approximately how much can its total luminosity increase upon becoming a Red Giant?What is the primary difference in the mechanism driving energy output between a Main Sequence star and a Red Giant?Which class of stars evolves into the even grander objects known as Red Supergiants?What physical concept distinguishes between 'flux' and 'luminosity' in stellar physics?What governs the visual color of a star, linking it directly to its surface temperature?What astronomical phenomenon allows astronomers to observe Red Giants in distant galaxies across cosmological distances?What is the approximate radius change a Sun-like star experiences when expanding into a Red Giant?