What is the approximate practical ceiling for sustained surface temperatures generated by stellar fusion processes?
Answer
About 100,000 K
Stellar fusion processes place a practical limit on sustained surface temperatures, generally capping them around 100,000 Kelvin, though extremely brief theoretical moments might be slightly higher.
Related Questions
Which color indicates the coolest surface temperature among visible stars?What fundamental principle governs the relationship between a star's temperature and the wavelength of light it emits most strongly?What temperature range typically classifies a star as M-type?What characteristic temperature defines a G-type star like our Sun?What stellar spectral class do stars belong to once their surface temperature surpasses the 10,000 K mark?What is the approximate practical ceiling for sustained surface temperatures generated by stellar fusion processes?What are the two primary spectral categories that contain the overwhelming majority of the most incandescent stars?During which phase of life do O-type stars reside when they are burning hydrogen?How do Wolf-Rayet stars expose ultra-hot core material typically hotter than stable O-stars?Why is specialized, space-based equipment often necessary for accurately measuring the temperature of the absolute hottest stars?What is the lower limit for a true star powered by hydrogen fusion?